% Exported from MKS Knowledge Base: MATLAB Export KB.mkskbd
% Exported by SYNAPSE 4.0, Core 327.0, Professional Edition
% Exported on Feb 27, 2024 at 14:50:16

% MKS Request Object
mksReq = MKSRequest;
mksReq.fileName = "MATLAB Export KB.mkskbd";
mksReq.processor = "SYNAPSE 4.0, Core 327.0, Professional Edition";
mksReq.type = "Get Values";
mksReq.date = "Feb 27, 2024 at 14:50:16";
mksReq.version = 2.0;

   % Entity Start: (±)-1-Phenylethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "(±)-1-Phenylethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:48:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.213182;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: (±)-1-Phenylethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: (±)-Camphor
   mksEnt = MKSEntity;
   mksEnt.identifier = "(±)-Camphor";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.57;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:44:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.9983542872;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: (±)-Camphor
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: (±)-Epichlorohydrin
   mksEnt = MKSEntity;
   mksEnt.identifier = "(±)-Epichlorohydrin";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.26;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:50:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.11478477375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: (±)-Epichlorohydrin
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: (2-Acetoacetoxy)ethyl methacrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "(2-Acetoacetoxy)ethyl methacrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 575;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:36:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 552.06657436295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: (2-Acetoacetoxy)ethyl methacrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: (E)-2-Butenenitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "(E)-2-Butenenitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.38;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:41:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.3860585752;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: (E)-2-Butenenitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: (Z)-2-Butenenitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "(Z)-2-Butenenitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:40:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.3860585752;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: (Z)-2-Butenenitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1,2,2-Pentafluoropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1,2,2-Pentafluoropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 255.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:36:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 222.37068434375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1,2,2-Pentafluoropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1,2,3,3,3-Heptafluoropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1,2,3,3,3-Heptafluoropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 256.79;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:33:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 210.42773587695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1,2,3,3,3-Heptafluoropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1,2,3,3-Hexafluoropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1,2,3,3-Hexafluoropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 279.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:34:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 219.1997415648;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1,2,3,3-Hexafluoropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1,2-Tetrachlorodifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1,2-Tetrachlorodifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:06:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.928968;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1,2-Tetrachlorodifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1,2-Tetrachloroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1,2-Tetrachloroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:32:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.1513704582;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1,2-Tetrachloroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1,2-Tetrafluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1,2-Tetrafluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 247.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:35:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 247.41003993533;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1,2-Tetrafluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1,3,3-Pentafluoropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1,3,3-Pentafluoropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 288.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hwang + DesMarteau + Beyerlein + Smith + Joyner (1992)";
         mksDtm.comment = "Dec 19, 2017 at 20:56:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 233.85476546375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1,3,3-Pentafluoropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1-Trichloroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1-Trichloroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 347.23;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:45:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 334.23310231295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1-Trichloroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1-Trichlorotrifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1-Trichlorotrifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 319.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:04:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 316.051149495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1-Trichlorotrifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,1-Trifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,1-Trifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 225.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:48:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 226.225699217317;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,1-Trifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2,2-Tetrabromoethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2,2-Tetrabromoethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 516.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:26:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 512.0478805472;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2,2-Tetrabromoethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2,2-Tetrachlorodifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2,2-Tetrachlorodifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:07:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.928968;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2,2-Tetrachlorodifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2,2-Tetrachloroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2,2-Tetrachloroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 21, 2012 at 12:55:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.3399593558;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2,2-Tetrachloroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2,2-Tetrafluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2,2-Tetrafluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 250.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:35:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 252.882849520004;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2,2-Tetrafluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2,2-Tetraphenylethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2,2-Tetraphenylethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 633.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:55:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 721.306468;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2,2-Tetraphenylethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2-Trichloroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2-Trichloroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 21:25:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.1367995008;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2-Trichloroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2-Trichloroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2-Trichloroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 21, 2012 at 13:18:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.89067919695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2-Trichloroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2-Trichlorotrifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2-Trichlorotrifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:05:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 321.258454057504;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2-Trichlorotrifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2-Trifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2-Trifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 278.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:48:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 277.25555558281;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2-Trifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,2-Trimethylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,2-Trimethylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.879;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Forziati + Rossini (1949)";
         mksDtm.comment = "Jul 07, 2020 at 22:36:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.0814977152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,2-Trimethylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1,3,3-Tetramethylurea
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1,3,3-Tetramethylurea";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.13;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Kneisl + Zondlo (1987)";
         mksDtm.comment = "Jul 29, 2013 at 11:07:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.04942452895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1,3,3-Tetramethylurea
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,10-Decanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,10-Decanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 574;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:30:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 573.0856378392;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,10-Decanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Diacetoxyethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Diacetoxyethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:43:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.7356064598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Diacetoxyethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dibromoethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dibromoethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 381.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:53:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.2040407768;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dibromoethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dichloro-1,2,2-trifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dichloro-1,2,2-trifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 303.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:15:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 286.7219452358;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dichloro-1,2,2-trifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dichloro-1-fluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dichloro-1-fluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 305.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:44:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 305.679558023545;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dichloro-1-fluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dichloro-2,2,2-trifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dichloro-2,2,2-trifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 301.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:16:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 301.289973098561;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dichloro-2,2,2-trifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dichloroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dichloroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 21:28:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.966626847286;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dichloroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dichloroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dichloroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 304.71;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:28:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 309.995438855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dichloroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dichloropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dichloropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:26:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.36697529255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dichloropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dichlorotetrafluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dichlorotetrafluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 276.17;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:02:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 277.037148787933;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dichlorotetrafluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Diethoxyethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Diethoxyethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:37:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.6323146008;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Diethoxyethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Diethylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Diethylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.82;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:53:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.9312573152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Diethylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Difluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Difluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 247.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:57:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 249.491686395563;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Difluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Difluoroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Difluoroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 187.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:34:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 232.72465152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Difluoroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dimethylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dimethylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.693;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Forziati + Rossini (1949)";
         mksDtm.comment = "Jul 07, 2020 at 22:41:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.05278022;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dimethylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Dimethylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Dimethylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:09:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.0313090272;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Dimethylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,1-Diphenylethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,1-Diphenylethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 545.78;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:59:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 548.6186707878;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,1-Diphenylethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3,4-Tetrahydronaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3,4-Tetrahydronaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.77;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:16:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.9399728768;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3,4-Tetrahydronaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3,4-Tetramethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3,4-Tetramethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.19;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:29:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.8470300582;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3,4-Tetramethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3,4-Tetramethylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3,4-Tetramethylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:56:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.5162498712;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3,4-Tetramethylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3,5-Tetramethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3,5-Tetramethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:30:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.8470300582;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3,5-Tetramethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3,6-Tetrahydrobenzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3,6-Tetrahydrobenzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:00:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.0932540022;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3,6-Tetrahydrobenzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3-Benzenetriol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3-Benzenetriol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 581.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:12:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 554.32019022455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3-Benzenetriol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3-Butanetriol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3-Butanetriol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 560;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:52:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505.1226427392;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3-Butanetriol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3-Trichlorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3-Trichlorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:43:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.5042407832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3-Trichlorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3-Trichloropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3-Trichloropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 21, 2012 at 13:10:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.26395948895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3-Trichloropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3-Triethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3-Triethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:58:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.70623312895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3-Triethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,3-Trimethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,3-Trimethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.27;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:09:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.913167619165;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,3-Trimethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,4,5-Benzenetetracarboxylic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,4,5-Benzenetetracarboxylic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 722;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:08:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 789.367414;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,4,5-Benzenetetracarboxylic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,4,5-Tetramethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,4,5-Tetramethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.99;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:30:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 470.713698504797;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,4,5-Tetramethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,4-Benzenetricarboxylic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,4-Benzenetricarboxylic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 675;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:47:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 706.933468;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,4-Benzenetricarboxylic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,4-Benzenetricarboxylic anhydride
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,4-Benzenetricarboxylic anhydride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 663;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:45:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 672.241837;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,4-Benzenetricarboxylic anhydride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,4-Butanetriol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,4-Butanetriol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 545;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:53:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 521.77802858495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,4-Butanetriol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,4-Trichlorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,4-Trichlorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:44:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.5042407832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,4-Trichlorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,4-Triethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,4-Triethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:59:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.70623312895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,4-Triethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2,4-Trimethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2,4-Trimethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.53;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:09:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.169598252081;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2,4-Trimethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Benzenediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Benzenediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 525.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Sidgwick + Neill (1923)";
         mksDtm.comment = "Jan 23, 2024 at 21:38:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 526.6956606518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Benzenediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Benzenedicarboxylic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Benzenedicarboxylic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:49:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 624.499522;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Benzenedicarboxylic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Benzenediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Benzenediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:10:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.8056332928;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Benzenediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Butadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Butadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 284;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:46:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 290.99;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Butadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Butanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Butanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.57;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:45:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.65778209295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Butanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dibromoethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dibromoethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 21, 2012 at 13:23:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.1310593248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dibromoethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dibromotetrafluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dibromotetrafluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.41;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:00:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.27575718;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dibromotetrafluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dichloro-1,1,2-trifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dichloro-1,1,2-trifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 301.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:16:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 303.68345359295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dichloro-1,1,2-trifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dichloro-4-nitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dichloro-4-nitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 529;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:42:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 538.3067093912;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dichloro-4-nitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dichlorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dichlorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.57;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:49:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.7943932502;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dichlorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dichlorobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dichlorobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:09:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.7997351512;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dichlorobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dichloroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dichloroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.59;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:56:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.208968268708;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dichloroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dichlorohexafluorocyclobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dichlorohexafluorocyclobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:25:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 315.6633072822;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dichlorohexafluorocyclobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dichloropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dichloropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 369.52;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:27:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.2673053478;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dichloropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dichlorotetrafluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dichlorotetrafluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 276.92;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:03:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 277.031280610414;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dichlorotetrafluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Diethoxyethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Diethoxyethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:38:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.7807193728;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Diethoxyethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Diethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Diethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.61;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:22:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.8638173152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Diethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Difluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Difluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 303.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:58:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 242.6925673958;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Difluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Dinitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Dinitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 592;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:52:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.4992612342;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Dinitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Diphenylethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Diphenylethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 553.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:00:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558.1751112998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Diphenylethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Epoxy-2-methylpropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Epoxy-2-methylpropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 324.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:13:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 316.8262347798;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Epoxy-2-methylpropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Epoxy-3-phenoxypropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Epoxy-3-phenoxypropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 516.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:02:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 492.94847674295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Epoxy-3-phenoxypropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Epoxybutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Epoxybutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 336.574;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:22:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.45106422;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Epoxybutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Ethanedithiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Ethanedithiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:11:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.2774318918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Ethanedithiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Hexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Hexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 349.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:25:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 336.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Hexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Pentadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Pentadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 318.01;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:24:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 313.87;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Pentadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Propanediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Propanediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:22:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 385.9618816982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Propanediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Propylene glycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Propylene glycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 460.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:10:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.25463058055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Propylene glycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,2-Propylene oxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,2-Propylene oxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 307.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:34:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 304.4164991558;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,2-Propylene oxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3,5-Trichlorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3,5-Trichlorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 481.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:44:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.5042407832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3,5-Trichlorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3,5-Triethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3,5-Triethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 22:00:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.70623312895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3,5-Triethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3,5-Trimethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3,5-Trimethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.89;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:08:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.559578894994;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3,5-Trimethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3,5-Trioxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3,5-Trioxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 21:50:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.2966286598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3,5-Trioxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Benzenediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Benzenediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 560.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Sidgwick + Neill (1923)";
         mksDtm.comment = "Jan 23, 2024 at 21:57:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 526.6956606518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Benzenediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Benzenediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Benzenediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 549.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:10:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.8056332928;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Benzenediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Butadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Butadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 268.74;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:47:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 269.064500327153;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Butadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Butanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Butanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:45:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.65778209295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Butanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Cyclohexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Cyclohexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.49;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:17:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 369.1968724448;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Cyclohexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Cyclopentadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Cyclopentadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 314.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:13:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 342.2676240408;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Cyclopentadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Dibromobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Dibromobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:46:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.3805410422;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Dibromobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Dibromopropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Dibromopropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 439.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Gross + Saylor + Gorman (1933)";
         mksDtm.comment = "Apr 14, 2022 at 21:29:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 426.5102078102;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Dibromopropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Dichloro-2-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Dichloro-2-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:29:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 462.30838751495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Dichloro-2-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Dichlorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Dichlorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.23;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:49:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.7943932502;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Dichlorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Dichlorohexafluoropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Dichlorohexafluoropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 309.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:18:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 286.3640302982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Dichlorohexafluoropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Dichloropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Dichloropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 393.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 21:39:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.2203693272;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Dichloropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Diethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Diethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.29;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:21:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.8638173152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Diethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Difluorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Difluorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.17;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:21:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.2070659782;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Difluorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Diisopropylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Diisopropylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.33;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:56:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 479.72764022;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Diisopropylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Dinitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Dinitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 573;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:52:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.4992612342;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Dinitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Dioxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Dioxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:21:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.8695254752;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Dioxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Divinylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Divinylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Aug 06, 2010 at 20:27:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 460.8152826422;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Divinylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Propanediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Propanediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 410.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:22:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.9874441142;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Propanediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Propylene glycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Propylene glycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:10:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.106899055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Propylene glycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,3-Propylene oxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,3-Propylene oxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.746;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:23:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 314.4554098838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,3-Propylene oxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Benzenediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Benzenediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 540.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Sidgwick + Neill (1923)";
         mksDtm.comment = "Jan 23, 2024 at 21:58:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 526.6956606518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Benzenediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Butanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Butanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 501.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:46:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.6728952288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Butanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Cyclohexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Cyclohexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:17:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 369.1968724448;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Cyclohexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Cyclohexanedimethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Cyclohexanedimethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 556.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:58:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 544.4475852512;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Cyclohexanedimethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Dichlorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Dichlorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.21;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:50:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.7943932502;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Dichlorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Dichlorobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Dichlorobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 21:35:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.7144727142;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Dichlorobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Dichloro-trans-2-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Dichloro-trans-2-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.26;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:50:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.4607850328;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Dichloro-trans-2-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Diethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Diethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.94;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:23:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.597430206218;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Diethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Difluorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Difluorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 362.036;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:21:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.2070659782;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Difluorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Diisopropylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Diisopropylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:57:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 479.72764022;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Diisopropylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Dinitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Dinitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 572;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:53:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.4992612342;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Dinitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Dioxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Dioxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.47;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:22:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.8695254752;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Dioxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-di-tert-Butylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-di-tert-Butylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 510.43;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:05:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.7444670432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-di-tert-Butylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Hexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Hexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 338.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:25:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 350.45745885695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Hexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,4-Pentadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,4-Pentadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 299.11;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:26:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 315.2105722848;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,4-Pentadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,5-Cyclooctadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,5-Cyclooctadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.27;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:02:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.823552;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,5-Cyclooctadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,5-Dichloropentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,5-Dichloropentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 21:35:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.3046125568;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,5-Dichloropentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,5-Hexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,5-Hexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.61;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:26:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 340.8741465302;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,5-Hexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,5-Pentanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,5-Pentanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 512.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:33:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.3349278582;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,5-Pentanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,6-Hexamethylene diisocyanate
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,6-Hexamethylene diisocyanate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 528.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:03:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 515.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,6-Hexamethylene diisocyanate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,6-Hexanediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,6-Hexanediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.04;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:37:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.90342342;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,6-Hexanediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,6-Hexanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,6-Hexanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 516.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:39:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 507.0929969432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,6-Hexanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1,9-Nonanedioic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "1,9-Nonanedioic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 633.36;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:18:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 621.577012;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1,9-Nonanedioic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Amino-2-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Amino-2-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432.61;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:18:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.81989891095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Amino-2-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Aminoheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Aminoheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:45:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.17315942;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Aminoheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Aminopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Aminopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:38:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.8139618272;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Aminopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Aminoundecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Aminoundecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 514.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:54:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 510.0439920728;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Aminoundecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Benzothiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Benzothiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:51:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.4550311558;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Benzothiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Bromo-2-chloroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Bromo-2-chloroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 379.815;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Gross + Saylor + Gorman (1933)";
         mksDtm.comment = "Apr 14, 2022 at 20:53:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.12024234655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Bromo-2-chloroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Bromobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Bromobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 12:22:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.0788111072;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Bromobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Bromoheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Bromoheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:32:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.872395255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Bromoheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Bromohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Bromohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 427.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Jun 18, 2013 at 21:50:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421.1784974168;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Bromohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Bromonaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Bromonaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 554.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:09:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 550.3313060832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Bromonaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Bromooctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Bromooctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 21, 2012 at 12:24:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.6623295488;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Bromooctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Bromopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Bromopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 12:34:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 398.5806360342;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Bromopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Bromopropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Bromopropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 344.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 21:52:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 350.6730226358;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Bromopropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Butanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Butanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.61;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:56:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.42641381655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Butanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Butanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Butanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.81;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:39:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.338258177528;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Butanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 266.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:06:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 267.35890773816;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Butyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Butyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 281.22;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:48:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 281.644093174966;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Butyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chloro-1,1-difluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chloro-1,1-difluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 263.14;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:41:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 264.262529676117;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chloro-1,1-difluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chloro-2,4-dinitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chloro-2,4-dinitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 588;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:41:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 586.9250645592;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chloro-2,4-dinitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chloro-2-methylpropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chloro-2-methylpropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 21:21:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 346.52438953095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chloro-2-methylpropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chloro-2-nitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chloro-2-nitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 519;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:47:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 510.2388839622;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chloro-2-nitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chloro-3-nitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chloro-3-nitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 508.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:47:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 510.2388839622;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chloro-3-nitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chloro-4-nitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chloro-4-nitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 515.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:48:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 510.2388839622;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chloro-4-nitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chlorobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chlorobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 351.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 21:13:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361.43527185695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chlorobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chlorohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chlorohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 21, 2014 at 23:51:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.55387661255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chlorohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chloronaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chloronaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 532.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:10:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 533.262113855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chloronaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chloropentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chloropentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 381.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 01, 2012 at 08:58:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.157128695802;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chloropentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Chloropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Chloropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 319.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 21:12:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.15484114597;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Chloropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Decanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Decanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:57:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.2064586392;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Decanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Decanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Decanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 512.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:35:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 506.66192622095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Decanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Decanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Decanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 503.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:28:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 504.964680934378;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Decanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Decene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Decene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 444.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:22:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 436.10016848655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Decene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Decylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Decylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:36:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.4322292262;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Decylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Decyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Decyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:47:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.1824115702;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Decyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Dodecanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Dodecanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 523.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:31:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 525.7365226208;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Dodecanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Dodecanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Dodecanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 547.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:38:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 541.50872200055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Dodecanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Dodecene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Dodecene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:29:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.34860865655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Dodecene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Eicosanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Eicosanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 629.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:39:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 651.003334;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Eicosanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Eicosene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Eicosene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 615.54;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:37:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 606.18382756055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Eicosene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Ethyl-1-methylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Ethyl-1-methylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.67;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:49:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.9093499958;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Ethyl-1-methylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Ethyl-2-isopropylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Ethyl-2-isopropylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 466.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:43:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.8670342278;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Ethyl-2-isopropylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Ethylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Ethylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 531.48;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:45:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 539.78504394095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Ethylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Heptadecanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Heptadecanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 597.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:04:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 616.1154801888;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Heptadecanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Heptadecene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Heptadecene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 573.48;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:02:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 564.65034705455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Heptadecene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Heptanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Heptanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:19:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 427.6316360838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Heptanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Heptanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Heptanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Morris + Lanum + Helm + Haines + Cook + Ball (1960)";
         mksDtm.comment = "Sep 20, 2014 at 01:39:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.61200596855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Heptanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Heptanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Heptanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:38:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.395799031697;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Heptanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Heptene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Heptene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.79;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:12:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.368487429322;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Heptene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Heptyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Heptyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:02:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.6844257408;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Heptyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Hexadecanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Hexadecanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 585.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:07:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 603.9158121782;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Hexadecanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Hexadecene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Hexadecene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558.02;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:04:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 548.99792646375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Hexadecene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Hexanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Hexanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:01:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 405.2987681432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Hexanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Hexanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Hexanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Morris + Lanum + Helm + Haines + Cook + Ball (1960)";
         mksDtm.comment = "Sep 20, 2014 at 00:59:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 426.12077212895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Hexanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Hexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Hexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:30:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.86309748521;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Hexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:20:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.175972076434;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Hexylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Hexylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 595.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 17:59:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 599.00728900895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Hexylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Hexyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Hexyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 344.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:22:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.3771700422;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Hexyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Hydroxy-2-propanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Hydroxy-2-propanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:36:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 409.00269011495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Hydroxy-2-propanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Iodobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Iodobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.68;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:33:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 409.11483801455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Iodobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Iodohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Iodohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.48;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:16:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.57280096855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Iodohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Iodopropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Iodopropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 21:59:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.02991122095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Iodopropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Isopropoxy-2-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Isopropoxy-2-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:40:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421.46187600095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Isopropoxy-2-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methoxy-2-nitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methoxy-2-nitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 546.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:46:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 517.91246902695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methoxy-2-nitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methoxy-2-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methoxy-2-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 393.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:51:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.65365227375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methoxy-2-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methoxy-2-propyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methoxy-2-propyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:14:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.85312506375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methoxy-2-propyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methoxy-2-propylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methoxy-2-propylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:05:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.369138655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methoxy-2-propylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methoxy-4-propenylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methoxy-4-propenylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 508.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:17:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.4234691878;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methoxy-4-propenylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methoxypropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methoxypropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 312.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:41:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.1114350208;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methoxypropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methyl-1-cyclopentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methyl-1-cyclopentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 348.64;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:29:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361.6877347032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methyl-1-cyclopentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methyl-1-phenylethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methyl-1-phenylethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:55:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.65554597655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methyl-1-phenylethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methyl-2-nitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methyl-2-nitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 495.64;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:45:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 498.97151053055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methyl-2-nitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methyl-2-n-propylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methyl-2-n-propylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:28:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.8638173152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methyl-2-n-propylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methyl-2-pyrrolidinone
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methyl-2-pyrrolidinone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.89;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Kneisl + Zondlo (1987)";
         mksDtm.comment = "Jul 29, 2013 at 11:07:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.0382129432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methyl-2-pyrrolidinone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methyl-3-nitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methyl-3-nitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:42:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 498.97151053055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methyl-3-nitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methyl-3-n-propylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methyl-3-n-propylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:28:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.8638173152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methyl-3-n-propylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methyl-4-nitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methyl-4-nitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 511.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:45:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 498.97151053055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methyl-4-nitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methyl-4-n-propylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methyl-4-n-propylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:29:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.8638173152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methyl-4-n-propylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methylcyclohexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methylcyclohexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:21:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 466.81711265495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methylcyclohexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methylindene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methylindene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:12:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.9499936822;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methylindene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 517.83;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:41:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.625116132104;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methylpyrrole
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methylpyrrole";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 385.89;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:20:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.06068507295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methylpyrrole
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Methylpyrrolidine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Methylpyrrolidine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:56:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.69972604855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Methylpyrrolidine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-n-Butylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-n-Butylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 562.54;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:01:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 571.20409356375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-n-Butylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Nitrobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Nitrobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.92;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:36:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.27866909375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Nitrobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Nitropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Nitropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.33;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:03:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.28033170655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Nitropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Nonadecanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Nonadecanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 634.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:31:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 639.399532;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Nonadecanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Nonadecene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Nonadecene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 602.17;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:28:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 593.24329760295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Nonadecene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Nonanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Nonanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:23:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.5854813318;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Nonanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Nonanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Nonanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 492.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:06:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.88258301455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Nonanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Nonanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Nonanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:04:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.886958229823;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Nonanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Nonene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Nonene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 420.02;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:21:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 420.678624238007;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Nonene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Nonyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Nonyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:17:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.5870465048;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Nonyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-n-Propylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-n-Propylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 545.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:45:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 555.94655052455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-n-Propylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Octadecanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Octadecanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 608.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:25:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 627.79573;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Octadecanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Octadecene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Octadecene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 587.97;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:23:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 579.39880410095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Octadecene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Octanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Octanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:56:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.06054048;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Octanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Octanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Octanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.19;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:39:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.19927626375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Octanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Octanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Octanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:31:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.949014641088;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Octanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Octene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Octene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:21:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 395.0554822221;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Octene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Octylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Octylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:41:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.4968128998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Octylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Octyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Octyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:38:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.087717895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Octyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Pentadecanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Pentadecanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 583.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:18:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 590.8121806232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Pentadecanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Pentadecene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Pentadecene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 541.61;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:16:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 532.44154232855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Pentadecene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Pentanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Pentanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.79;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:37:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.72557474495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Pentanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Pentanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Pentanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 410.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:29:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.62568139993;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Pentanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 303.11;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:43:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 303.606993504813;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Pentene-3-yne
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Pentene-3-yne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:14:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 335.78648969655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Pentene-3-yne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Pentene-4-yne
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Pentene-4-yne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 315.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:14:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 326.24557380455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Pentene-4-yne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Pentylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Pentylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 579.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:12:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 585.55767305855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Pentylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Pentyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Pentyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 313.33;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:27:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 313.882012409935;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Pentyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenyl-1-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenyl-1-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 492.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:11:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 499.3497065078;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenyl-1-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenyl-2-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenyl-2-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:13:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 499.3497065078;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenyl-2-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylbutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylbutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.46;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:18:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.123459664391;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylbutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenyldodecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenyldodecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 600.76;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:16:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 597.57435142455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenyldodecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylethyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylethyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:02:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.18586941895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylethyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylheptadecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylheptadecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 662.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:47:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 656.891473;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylheptadecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 519.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:46:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 520.79024006255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylhexadecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylhexadecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 651.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:43:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 645.287671;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylhexadecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 499.26;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:58:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.72152715695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylnonane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylnonane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 555.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:13:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 554.21577524055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylnonane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenyloctadecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenyloctadecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 673.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:51:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 668.495275;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenyloctadecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 537.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:05:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 537.95498942375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.61;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:43:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.74885070695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylpropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylpropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432.39;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:08:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.024015972891;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylpropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenyltetradecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenyltetradecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 627.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:35:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 622.080067;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenyltetradecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenyltridecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenyltridecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 614.43;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:27:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 610.21928306375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenyltridecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Phenylundecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Phenylundecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 586.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:01:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 584.02545624095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Phenylundecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Propanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Propanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 340.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Morris + Lanum + Helm + Haines + Cook + Ball (1960)";
         mksDtm.comment = "Sep 16, 2014 at 01:11:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.22328934375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Propanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:07:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.735170469482;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Propoxy-2-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Propoxy-2-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:41:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.64036612695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Propoxy-2-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-tert-Butoxy-2-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-tert-Butoxy-2-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:42:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.65819355895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-tert-Butoxy-2-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-tert-Butyl-4-ethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-tert-Butyl-4-ethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:54:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.75687072;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-tert-Butyl-4-ethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Tetradecanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Tetradecanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 560.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:08:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 576.8045855238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Tetradecanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Tetradecene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Tetradecene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 524.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:07:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 514.98119464895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Tetradecene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Triacontene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Triacontene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 721.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 13:03:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 722.719813;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Triacontene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Tridecanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Tridecanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 540.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:47:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 542.645609295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Tridecanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Tridecanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Tridecanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 547.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:50:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 561.89302688;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Tridecanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Tridecene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Tridecene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:47:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 496.61688342495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Tridecene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Undecanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Undecanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 506.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:47:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 507.9234724022;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Undecanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Undecanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Undecanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 530.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:53:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 524.53730588295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Undecanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Undecanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Undecanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:52:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 529.3580189592;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Undecanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 1-Undecene
   mksEnt = MKSEntity;
   mksEnt.identifier = "1-Undecene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 465.82;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:46:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.17637034375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 1-Undecene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-(1-Methylethyl)-thiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-(1-Methylethyl)-thiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.325;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:19:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.1568205078;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-(1-Methylethyl)-thiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-(2-Ethoxyethoxy)ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-(2-Ethoxyethoxy)ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:44:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.3164392918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-(2-Ethoxyethoxy)ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-(2-Ethylhexyloxy)ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-(2-Ethylhexyloxy)ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 501.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:31:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 519.529596095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-(2-Ethylhexyloxy)ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-(2-Hexyloxyethoxy)ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-(2-Hexyloxyethoxy)ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 532.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:33:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 547.3374943782;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-(2-Hexyloxyethoxy)ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-(2-Methoxyethoxy)ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-(2-Methoxyethoxy)ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 466.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:35:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.0512666592;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-(2-Methoxyethoxy)ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-(Diethylamino)ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-(Diethylamino)ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 436.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:34:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.85646008;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-(Diethylamino)ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-(difluoromethoxy)-1,1,1,2-tetrafluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-(difluoromethoxy)-1,1,1,2-tetrafluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 296.5;
         mksDtm.valueAccuracy = 0.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Sako + Sato + Nakazawa + Oowa + Yasumoto + Ito + Yamashita (1996)";
         mksDtm.comment = "Sep 20, 2022 at 20:04:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 249.0979306328;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-(difluoromethoxy)-1,1,1,2-tetrafluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-(Difluoromethoxy)-1,1,1-trifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-(Difluoromethoxy)-1,1,1-trifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 302.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:37:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 263.27877835295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-(Difluoromethoxy)-1,1,1-trifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-(Methylamino)ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-(Methylamino)ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 431.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:20:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.1021586328;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-(Methylamino)ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,2-Trifluoroethyl methyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,2-Trifluoroethyl methyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 304.77;
         mksDtm.valueAccuracy = 0.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Sako + Sato + Nakazawa + Oowa + Yasumoto + Ito + Yamashita (1996)";
         mksDtm.comment = "Sep 20, 2022 at 20:18:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 274.54375893855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,2-Trifluoroethyl methyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,3,3-Tetramethylbutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,3,3-Tetramethylbutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 379.44;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:25:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.066838390884;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,3,3-Tetramethylbutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,3,3-Tetramethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,3,3-Tetramethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.46;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:26:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.157415855956;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,3,3-Tetramethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,3,3-Tetramethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,3,3-Tetramethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.44;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:01:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.111222641448;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,3,3-Tetramethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,3,4-Tetramethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,3,4-Tetramethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.18;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:01:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.839201369846;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,3,4-Tetramethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,3-Trimethylbutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,3-Trimethylbutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 354.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:37:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 354.591577542888;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,3-Trimethylbutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,3-Trimethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,3-Trimethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:26:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383.615355780192;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,3-Trimethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,4,4,6,8,8-Heptamethylnonane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,4,4,6,8,8-Heptamethylnonane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 519.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:05:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.6022029272;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,4,4,6,8,8-Heptamethylnonane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,4,4-Tetramethyl-3-thiapentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,4,4-Tetramethyl-3-thiapentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.527;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:20:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.8311203238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,4,4-Tetramethyl-3-thiapentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,4,4-Tetramethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,4,4-Tetramethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 395.44;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:02:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.081722010707;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,4,4-Tetramethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,4-Trimethyl-1,3-pentanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,4-Trimethyl-1,3-pentanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Aug 06, 2010 at 20:17:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.29995057455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,4-Trimethyl-1,3-pentanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,4-Trimethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,4-Trimethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.39;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:26:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.993444654123;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,4-Trimethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,5,5-Tetramethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,5,5-Tetramethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 410.61;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:27:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.250909759863;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,5,5-Tetramethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2,5-Trimethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2,5-Trimethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.24;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:03:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.873471293468;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2,5-Trimethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethyl-1,3-propanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethyl-1,3-propanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:32:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.6895043462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethyl-1,3-propanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethyl-1-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethyl-1-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 11:00:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.0300440792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethyl-1-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethylbutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethylbutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 322.88;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:19:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 323.40401184473;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethylbutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethylbutanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethylbutanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 460.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:10:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 460.87442367695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethylbutanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethylheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethylheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 405.84;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:58:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.61453951225;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethylheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 379.99;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:19:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.601397681188;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:21:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 415.8123372632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.34;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:33:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.891044264055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethylpentanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethylpentanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:29:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.88393362255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethylpentanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,2-Dimethylpropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,2-Dimethylpropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 282.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:59:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 283.127014734432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,2-Dimethylpropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3,3,4-Tetramethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3,3,4-Tetramethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:02:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 415.377758383123;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3,3,4-Tetramethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3,3-Trimethyl-1-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3,3-Trimethyl-1-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 351.04;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:18:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 335.8808435712;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3,3-Trimethyl-1-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3,3-Trimethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3,3-Trimethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.92;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:27:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.548155707024;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3,3-Trimethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3,4-Trimethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3,4-Trimethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.62;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:27:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.244187257309;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3,4-Trimethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Butanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Butanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:47:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.8673843062;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Butanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dichloro-1-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dichloro-1-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:30:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.7465540888;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dichloro-1-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dichlorobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dichlorobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:11:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.6923369398;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dichlorobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dichloropropene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dichloropropene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:41:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.14179939455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dichloropropene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dihydrofuran
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dihydrofuran";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:53:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.7495491672;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dihydrofuran
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dimethyl-1,3-butadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dimethyl-1,3-butadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:24:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 326.9782466648;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dimethyl-1,3-butadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dimethyl-1-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dimethyl-1-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 328.76;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:46:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.3899045862;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dimethyl-1-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dimethyl-1-hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dimethyl-1-hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:46:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.4532956198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dimethyl-1-hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dimethyl-2-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dimethyl-2-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 346.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:47:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 338.64300408;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dimethyl-2-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dimethylbutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dimethylbutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 331.12;
         mksDtm.valueAccuracy = 0.02;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Lemons + Felsing (1943)";
         mksDtm.comment = "Aug 21, 2012 at 14:13:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 331.661588433428;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dimethylbutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dimethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dimethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.76;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:19:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.381255936;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dimethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dimethyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dimethyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.46;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:21:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.1762609632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dimethyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Dimethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Dimethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 362.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:34:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 363.492040994202;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Dimethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Epoxy-1-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Epoxy-1-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:37:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.2658415448;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Epoxy-1-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Pentadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Pentadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 321.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:27:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 321.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Pentadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,3-Xylenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,3-Xylenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.07;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:51:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.728489728029;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,3-Xylenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4,4-Trimethyl-1-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4,4-Trimethyl-1-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.59;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:55:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.8188583078;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4,4-Trimethyl-1-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4,4-Trimethyl-2-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4,4-Trimethyl-2-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.06;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:55:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.12446887375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4,4-Trimethyl-2-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4,4-Trimethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4,4-Trimethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.81;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:03:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.8062572758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4,4-Trimethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4,6-Trimethylpyridine
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4,6-Trimethylpyridine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 444;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:01:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.9252006528;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4,6-Trimethylpyridine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4,6-Trinitrotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4,6-Trinitrotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 573;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:06:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 638.273647;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4,6-Trinitrotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Diaminotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Diaminotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 557.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:59:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 543.54796021055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Diaminotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Dichlorobenzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Dichlorobenzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:43:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.9379785222;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Dichlorobenzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Dichlorotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Dichlorotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:08:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.36551537375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Dichlorotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Dimethyl-3-ethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Dimethyl-3-ethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 409.87;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:57:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.8710728758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Dimethyl-3-ethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Dimethyl-3-pentanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Dimethyl-3-pentanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:28:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.07855261095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Dimethyl-3-pentanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Dimethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Dimethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.58;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:20:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383.191797186766;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Dimethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Dimethyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Dimethyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:22:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.1762609632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Dimethyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Dimethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Dimethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.64;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:34:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 354.193586987724;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Dimethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Pentanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Pentanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:34:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.2037276128;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Pentanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Pentanedione
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Pentanedione";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:31:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.7030648032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Pentanedione
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Toluene diisocyanate
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Toluene diisocyanate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 523.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:47:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 575.42;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Toluene diisocyanate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,4-Xylenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,4-Xylenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.13;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:55:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.767464717934;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,4-Xylenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,5-Dihydrofuran
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,5-Dihydrofuran";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 339;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:53:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.7495491672;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,5-Dihydrofuran
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,5-Dimethyl-1,5-hexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,5-Dimethyl-1,5-hexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:37:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.5803251712;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,5-Dimethyl-1,5-hexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,5-Dimethyl-2,4-hexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,5-Dimethyl-2,4-hexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.41;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:37:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.608286895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,5-Dimethyl-2,4-hexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,5-Dimethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,5-Dimethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 17:08:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.864682971367;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,5-Dimethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,5-Dimethyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,5-Dimethyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 431.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:22:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.1762609632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,5-Dimethyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,5-Pyrrolidinedione
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,5-Pyrrolidinedione";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 568.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:45:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 557.21488159695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,5-Pyrrolidinedione
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,5-Xylenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,5-Xylenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.33;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:56:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.977749838505;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,5-Xylenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6,8-Trimethyl-4-nonanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6,8-Trimethyl-4-nonanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:32:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 481.65841870095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6,8-Trimethyl-4-nonanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6-Diethylaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6-Diethylaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 508.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:37:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 532.3642860918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6-Diethylaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6-Dimethyl-4-heptanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6-Dimethyl-4-heptanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:03:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.69471566495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6-Dimethyl-4-heptanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6-Dimethyl-4-heptanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6-Dimethyl-4-heptanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 441.41;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:22:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432.26382493055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6-Dimethyl-4-heptanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6-Dimethylheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6-Dimethylheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.36;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:58:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.1738180438;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6-Dimethylheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6-Dimethylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6-Dimethylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 535.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:43:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 539.778184455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6-Dimethylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6-Dimethyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6-Dimethyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.53;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:23:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.1762609632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6-Dimethyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6-Dimethylpyridine
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6-Dimethylpyridine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:55:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.544312968098;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6-Dimethylpyridine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6-di-tert-Butyl-p-cresol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6-di-tert-Butyl-p-cresol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 538;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:13:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 569.6156713112;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6-di-tert-Butyl-p-cresol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,6-Xylenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,6-Xylenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.22;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:56:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.874126397887;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,6-Xylenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,7-Dimethylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,7-Dimethylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 536.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:44:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 539.778184455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,7-Dimethylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2,7-Dimethyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2,7-Dimethyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.02;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:23:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.1762609632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2,7-Dimethyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-[2-(2-Butoxyethoxy)ethoxy]ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-[2-(2-Butoxyethoxy)ethoxy]ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 551.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:34:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.6757180518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-[2-(2-Butoxyethoxy)ethoxy]ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-[2-(2-Ethoxyethoxy)ethoxy]ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-[2-(2-Ethoxyethoxy)ethoxy]ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 529.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:37:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 531.3512119638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-[2-(2-Ethoxyethoxy)ethoxy]ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-[2-(2-Methoxyethoxy)ethoxy]ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-[2-(2-Methoxyethoxy)ethoxy]ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 522.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:44:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 513.8330136032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-[2-(2-Methoxyethoxy)ethoxy]ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Amino-2-methylbutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Amino-2-methylbutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 350.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:38:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.7986383192;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Amino-2-methylbutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Amino-2-methylpropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Amino-2-methylpropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 317.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:02:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 335.8598771222;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Amino-2-methylpropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Aminoethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Aminoethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 444.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:14:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.1291655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Aminoethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Aminoethoxyethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Aminoethoxyethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 514;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:06:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 467.57533062;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Aminoethoxyethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Aminotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Aminotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:56:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.26717957855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Aminotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Bromo-2-chloro-1,1,1-trifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Bromo-2-chloro-1,1,1-trifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 323.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:13:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 323.830453984891;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Bromo-2-chloro-1,1,1-trifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Bromobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Bromobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.37;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:30:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.4750346712;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Bromobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Bromopropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Bromopropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 12:16:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 335.5243301078;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Bromopropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Butanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Butanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 358.13;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:56:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.94480477855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Butanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Butanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Butanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:39:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.86051451095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Butanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Butanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Butanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.77;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Othmer + Chudgar + Levy (1952)";
         mksDtm.comment = "Feb 21, 2019 at 18:54:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.2477395714;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Butanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Butoxyethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Butoxyethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 444.47;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:38:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.2465344358;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Butoxyethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Butyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Butyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 300.13;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:48:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 311.9038695462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Butyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Butyne-1,4-diol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Butyne-1,4-diol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 511.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:55:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.0023159222;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Butyne-1,4-diol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloro-1,1,1,2-tetrafluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloro-1,1,1,2-tetrafluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 261.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:14:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 261.630456199198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloro-1,1,1,2-tetrafluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloro-1,1,1-trifluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloro-1,1,1-trifluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 279.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:27:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 291.9384214982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloro-1,1,1-trifluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloro-1,1-difluoroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloro-1,1-difluoroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 254.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:13:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 285.39015136295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloro-1,1-difluoroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloro-1,3-butadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloro-1,3-butadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:40:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 321.10701913695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloro-1,3-butadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloro-2-methylbutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloro-2-methylbutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 358.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 02, 2012 at 09:46:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 334.25411653295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloro-2-methylbutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloro-2-methylpropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloro-2-methylpropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 323.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:32:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 308.35428757095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloro-2-methylpropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloroaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloroaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 481.99;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:04:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.1589686758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloroaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chlorobenzoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chlorobenzoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 560.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:46:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 549.6819783398;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chlorobenzoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chlorobenzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chlorobenzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Booth + Elsey + Burchfield (1935)";
         mksDtm.comment = "Sep 24, 2014 at 14:30:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.3099897312;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chlorobenzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chlorobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chlorobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:31:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.789372952089;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chlorobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloroethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloroethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:08:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.74368991375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloroethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chlorophenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chlorophenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.53;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:57:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.17454317655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chlorophenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 309.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mathews + Fehlandt (1931)";
         mksDtm.comment = "Sep 01, 2012 at 22:07:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 306.78594306375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chloropropene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chloropropene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 295.8;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:49:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 296.74576038;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chloropropene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Chlorotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Chlorotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:15:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.76514520655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Chlorotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Cyclohexylcyclohexanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Cyclohexylcyclohexanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 537.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:26:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 545.5262288352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Cyclohexylcyclohexanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethoxy-2-methylpropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethoxy-2-methylpropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Olson + Hipsher + Buess + Goodman + Hart + Lamneck + Gibbons (1947)";
         mksDtm.comment = "Feb 25, 2021 at 15:36:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.6254942688;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethoxy-2-methylpropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethoxyethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethoxyethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:49:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 410.9341312598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethoxyethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethoxyethyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethoxyethyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:12:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422.33849609375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethoxyethyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-1-butanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-1-butanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:29:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.9612258262;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-1-butanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-1-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-1-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.82;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:48:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 335.8598771222;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-1-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-1-hexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-1-hexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:30:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.625701375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-1-hexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-1-hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-1-hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:21:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.8334359718;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-1-hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-1-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-1-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:11:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.7986383192;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-1-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-2-ethoxypropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-2-ethoxypropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.57;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:38:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.2141655382;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-2-ethoxypropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-2-hexenal
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-2-hexenal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.72;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:38:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.79616811375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-2-hexenal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-2-hydroxymethyl-1,3-propanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-2-hydroxymethyl-1,3-propanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 562.04;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:44:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 553.9480317782;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-2-hydroxymethyl-1,3-propanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethylaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethylaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 482.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:00:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 496.53918664895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethylaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethylbutyric acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethylbutyric acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 466.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:08:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.91366710095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethylbutyric acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethylhexanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethylhexanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.8;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:56:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 436.25125238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethylhexanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethylhexanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethylhexanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 501.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:59:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 507.31212146375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethylhexanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethylhexyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethylhexyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:59:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.94123505855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethylhexyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethylhexyl acrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethylhexyl acrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:46:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.0287365528;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethylhexyl acrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-m-xylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-m-xylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.19;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:24:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.85542376375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-m-xylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 531.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:45:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 539.78504394095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.67;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:47:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.351909845162;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyl-p-xylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyl-p-xylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.98;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:26:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.85542376375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyl-p-xylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Ethyltoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Ethyltoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.33;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:07:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.0828405462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Ethyltoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Formylbenzoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Formylbenzoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 561;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:48:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 578.91426001655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Formylbenzoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Heptanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Heptanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:39:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.80178152375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Heptanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Heptanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Heptanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:26:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.74945110295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Heptanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.04;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:35:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.539453639074;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hexanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hexanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:02:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.308600837965;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hexanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hexoxyethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hexoxyethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 481.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:34:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493.9430834342;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hexoxyethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hexyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hexyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.67;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:28:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 362.555471375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hexyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hydroxy-3-butenenitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hydroxy-3-butenenitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:44:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.6806960352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hydroxy-3-butenenitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hydroxyacetophenone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hydroxyacetophenone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 494.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:57:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 520.00378934375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hydroxyacetophenone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hydroxybenzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hydroxybenzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:13:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 512.5396769798;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hydroxybenzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hydroxybenzoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hydroxybenzoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 529;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:14:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 571.15518504455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hydroxybenzoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hydroxyethyl acrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hydroxyethyl acrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:35:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.1848856342;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hydroxyethyl acrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hydroxyethyl methacrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hydroxyethyl methacrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 499.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:38:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.94123505855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hydroxyethyl methacrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hydroxyhexanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hydroxyhexanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 576;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:13:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 532.4064281688;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hydroxyhexanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hydroxyisobutyric acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hydroxyisobutyric acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:27:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 479.99475685055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hydroxyisobutyric acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Hydroxypropyl methacrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Hydroxypropyl methacrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:07:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.4144142502;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Hydroxypropyl methacrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Iodopropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Iodopropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 362.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 21:58:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.67744414695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Iodopropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Mercaptobenzothiazole
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Mercaptobenzothiazole";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 496.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:05:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 559.98309398;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Mercaptobenzothiazole
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Mercaptoethyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Mercaptoethyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:44:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.2514365638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Mercaptoethyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methacrylamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methacrylamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:04:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.84508069295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methacrylamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methoxy-1-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methoxy-1-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:50:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.1704525478;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methoxy-1-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methoxyethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methoxyethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:08:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.9219843552;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methoxyethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methoxyphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methoxyphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:51:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.5420844598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methoxyphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methoxypropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methoxypropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 303.92;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:42:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 304.3071332888;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methoxypropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1,3-butadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1,3-butadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 307.21;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:22:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 308.04958195295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1,3-butadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1,3-propanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1,3-propanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:50:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.3837747608;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:48:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1,3-propanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-butanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-butanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Lanum + Morris (1969)";
         mksDtm.comment = "Sep 21, 2014 at 22:48:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.78888179895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-butanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-butanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-butanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:26:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.2730427352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-butanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 304.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:41:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 310.0171523808;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-butene-3-yne
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-butene-3-yne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 305.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:13:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 319.1896012358;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-butene-3-yne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-heptene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-heptene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.37;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:48:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.8334359718;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-heptene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-hexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-hexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:41:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.7454453728;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-hexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.99;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:15:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.7986383192;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-nonene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-nonene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 441.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:54:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.1911406438;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-nonene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-octene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-octene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.8;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:19:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.96427008;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-octene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-pentanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-pentanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:34:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.9612258262;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-pentanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 334.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:20:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 335.8598771222;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-propanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-propanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Morris + Lanum + Helm + Haines + Cook + Ball (1960)";
         mksDtm.comment = "Sep 16, 2014 at 13:59:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.94480477855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-propanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 381.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Montón + Muñoz + Burguet + Torre (2005)";
         mksDtm.comment = "Feb 25, 2024 at 12:50:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 381.275428470726;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-1-propene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-1-propene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 266.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:08:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 266.68687321047;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-1-propene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-2-butanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-2-butanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Morris + Lanum + Helm + Haines + Cook + Ball (1960)";
         mksDtm.comment = "Sep 20, 2014 at 00:53:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.44602634295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-2-butanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-2-butanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-2-butanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:26:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.633310056101;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-2-butanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-2-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-2-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 311.71;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:42:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 312.204121524711;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-2-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-2-norbornene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-2-norbornene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:02:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.9802146272;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-2-norbornene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-2-pentenal
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-2-pentenal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 409.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:32:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.09784491095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-2-pentenal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-2-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-2-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 340.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:53:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.51175778495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-2-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-2-propanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-2-propanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.37;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:57:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.24364833055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-2-propanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-2-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-2-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 355.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Montón + Muñoz + Burguet + Torre (2005)";
         mksDtm.comment = "Feb 25, 2024 at 12:49:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.006349287191;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-2-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-3-pentanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-3-pentanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Ginnings + Webb (1938)";
         mksDtm.comment = "Apr 20, 2013 at 00:26:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.98076782855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-3-pentanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyl-3-pentanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyl-3-pentanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:01:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.67457625255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyl-3-pentanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylaziridine
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylaziridine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 334;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:01:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 339.164930855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylaziridine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylbenzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylbenzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:55:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.6123457248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylbenzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylbenzofuran
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylbenzofuran";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 470.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:53:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 479.3550158262;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylbenzofuran
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylbenzoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylbenzoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 532;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:59:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 539.68899711455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylbenzoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylbenzonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylbenzonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:34:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.37394896255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylbenzonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylbenzothiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylbenzothiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 519;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:54:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 507.5462147072;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylbenzothiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylbenzyl alcohol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylbenzyl alcohol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:50:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.9585983238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylbenzyl alcohol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylbutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylbutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 300.99;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:58:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 301.49252257577;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylbutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylbutanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylbutanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hancock + Watson + Gilby (1954)";
         mksDtm.comment = "Oct 20, 2022 at 10:54:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.35849460295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylbutanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.8;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:23:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.416655842464;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylhexanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylhexanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:24:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.2774318918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylhexanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 363.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:36:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 363.75581186834;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylhexanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylhexanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:28:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.56487605455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylhexanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylindene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylindene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:12:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.02199552;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylindene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylnaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylnaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 514.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:41:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 514.985540533577;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylnaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylnonane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylnonane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:24:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.6056104792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylnonane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.43;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:59:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.086352753132;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methyloctanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methyloctanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:54:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 525.15540332855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methyloctanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 333.34;
         mksDtm.valueAccuracy = 0.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Lemons + Felsing (1943)";
         mksDtm.comment = "Aug 21, 2012 at 14:14:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 333.938195317324;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:50:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.824289001325;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylpyridine
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylpyridine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:15:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.113588763086;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylpyridine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylquinoline
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylquinoline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 519.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:11:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 530.8293614552;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylquinoline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylstyrene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylstyrene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.96;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:56:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 441.49354277855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylstyrene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Methylthiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Methylthiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 385.71;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:19:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.2575266598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Methylthiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Nitroaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Nitroaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:07:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 545.6742338198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Nitroaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Nitropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Nitropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 393.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:04:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.98006138455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Nitropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Nonanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Nonanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:05:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.24280847695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Nonanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Nonanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Nonanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 467.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:24:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.75505905455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Nonanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Octanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Octanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:31:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.57495006294;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Octanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Octanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Octanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:57:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 436.70423685095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Octanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Pentanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Pentanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:30:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.74490039295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Pentanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Pentanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Pentanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:26:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.956221744392;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Pentanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Pentanone oxime
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Pentanone oxime";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 441.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Vogel + Cresswell + Jeffery + Leicester (1952)";
         mksDtm.comment = "Jun 11, 2017 at 11:43:48 - MKS001 Value entered. Value wa...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.55713187495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Pentanone oxime
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Pentyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Pentyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 329.27;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:28:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.6816522328;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Pentyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Phenyl-1-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Phenyl-1-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:15:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.75040934375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Phenyl-1-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Phenyl-1-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Phenyl-1-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:12:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505.34292917375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Phenyl-1-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Phenyl-2-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Phenyl-2-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:13:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 482.88178226495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Phenyl-2-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Phenylacetonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Phenylacetonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:35:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.95086360895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Phenylacetonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Phenylbutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Phenylbutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.48;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:19:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.45372329455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Phenylbutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Phenylethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Phenylethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 492.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:49:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.96634049455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Phenylethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Propanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Propanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 325.71;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:12:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.19676421375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Propanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 355.41;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:05:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 355.847076528635;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Propenal
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Propenal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 325.84;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:43:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.96844593695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Propenal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Propoxyethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Propoxyethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:32:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.04231462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Propoxyethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Propyn-1-ol
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Propyn-1-ol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:44:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.568062375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Propyn-1-ol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Pyrrolidone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Pyrrolidone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:05:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 509.51125665455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Pyrrolidone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 2-Undecanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "2-Undecanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 500.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:27:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.14481282855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 2-Undecanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-(Chloromethyl)heptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-(Chloromethyl)heptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Huang + Lv (2013)";
         mksDtm.comment = "Jul 25, 2020 at 00:33:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 439.32540923255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-(Chloromethyl)heptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,3,3-Trifluoropropene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,3,3-Trifluoropropene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 248.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:36:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 243.37517142;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,3,3-Trifluoropropene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,3,5-Trimethylheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,3,5-Trimethylheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.83;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:28:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.504798980333;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,3,5-Trimethylheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,3-Diethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,3-Diethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.34;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:56:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.9965094438;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,3-Diethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,3-Dimethyl-1-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,3-Dimethyl-1-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 314.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:47:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 317.18121522375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,3-Dimethyl-1-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,3-Dimethyl-2-butanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,3-Dimethyl-2-butanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 379.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:27:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.14798428455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,3-Dimethyl-2-butanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,3-Dimethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,3-Dimethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 385.12;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:21:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 385.742159888757;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,3-Dimethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,3-Dimethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,3-Dimethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 359.21;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:35:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 359.775290876556;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,3-Dimethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,4-Dichloro-1-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,4-Dichloro-1-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:51:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.07237148855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,4-Dichloro-1-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,4-Dichloroaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,4-Dichloroaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 545;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:59:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.87194598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,4-Dichloroaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,4-Dichlorobenzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,4-Dichlorobenzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Booth + Elsey + Burchfield (1935)";
         mksDtm.comment = "Sep 24, 2014 at 14:27:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.9379785222;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,4-Dichlorobenzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,4-Dihydro-2-methoxy-2H-pyran
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,4-Dihydro-2-methoxy-2H-pyran";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:35:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.2208808152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,4-Dihydro-2-methoxy-2H-pyran
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,4-Dimethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,4-Dimethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.88;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:21:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.502217134936;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,4-Dimethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,4-Xylenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,4-Xylenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 500.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:57:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 500.798710752574;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,4-Xylenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,5-Dinitrotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,5-Dinitrotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 588;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:11:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 578.31008837375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,5-Dinitrotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3,5-Xylenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3,5-Xylenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 494.89;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:57:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 495.530887536652;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3,5-Xylenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Amino-1-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Amino-1-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 460.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:19:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.5874387878;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Amino-1-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Aminotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Aminotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:56:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.26717957855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Aminotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Butenenitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Butenenitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.67;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:43:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.52485653695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Butenenitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Chloro-1,2-propanediol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Chloro-1,2-propanediol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 21:55:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.5483002982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Chloro-1,2-propanediol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Chloro-1-propyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Chloro-1-propyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 331;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:35:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.36697529255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Chloro-1-propyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Chlorobenzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Chlorobenzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Booth + Elsey + Burchfield (1935)";
         mksDtm.comment = "Sep 24, 2014 at 14:30:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.3099897312;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Chlorobenzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Chlorophenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Chlorophenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:56:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.17454317655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Chlorophenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Chloropropene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Chloropropene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 318.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:25:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 334.6217656032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Chloropropene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethoxy-4-hydroxybenzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethoxy-4-hydroxybenzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 567;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:03:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.16492291095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethoxy-4-hydroxybenzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethyl-1-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethyl-1-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.26;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:12:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.67144095055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethyl-1-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethyl-2,2-dimethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethyl-2,2-dimethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.99;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:57:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.8062572758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethyl-2,2-dimethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethyl-2,5-dimethylthiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethyl-2,5-dimethylthiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:05:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 466.9755273048;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethyl-2,5-dimethylthiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethyl-2-methylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethyl-2-methylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.8;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:22:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.426381417674;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethyl-2-methylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethyl-3-methylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethyl-3-methylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.42;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:22:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.048375975523;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethyl-3-methylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethylheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethylheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:59:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.1480836518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethylheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.69;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:22:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.30774474538;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethyl-o-xylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethyl-o-xylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 467.11;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:25:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.85542376375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethyl-o-xylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.62;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:35:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.209002255296;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.57;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:46:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 492.254199818;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Ethyltoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Ethyltoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.48;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:06:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.0828405462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Ethyltoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Fluorobenzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Fluorobenzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Booth + Elsey + Burchfield (1935)";
         mksDtm.comment = "Sep 24, 2014 at 14:32:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.8565315352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Fluorobenzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Heptanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Heptanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 420.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:20:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.74945110295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Heptanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Hexanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Hexanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:02:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.251852537723;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Hexanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Hexyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Hexyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 354.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:28:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 362.555471375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Hexyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Hydroxybutyraldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Hydroxybutyraldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 444;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:18:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.65076338495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Hydroxybutyraldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Hydroxypropionitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Hydroxypropionitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 494.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:55:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.6978525158;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Hydroxypropionitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Isopropyl-6-methylene-1-cyclohexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Isopropyl-6-methylene-1-cyclohexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:41:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 431.76211110255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Isopropyl-6-methylene-1-cyclohexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Mercaptopropionic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Mercaptopropionic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 501;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:39:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.886538495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Mercaptopropionic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-1,2-butadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-1,2-butadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 314;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:23:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 313.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-1,2-butadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-1,4-pentadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-1,4-pentadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 326;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:31:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 325.5121672742;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-1,4-pentadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-1-butanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-1-butanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.55;
         mksDtm.valueAccuracy = 0.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Cepeda (2010)";
         mksDtm.comment = "Mar 15, 2013 at 19:22:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.193825083285;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-1-butanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-1-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-1-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 293.21;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:43:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 301.29353315255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-1-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-1-butyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-1-butyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 302.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:23:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 312.5317384832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-1-butyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-1-hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-1-hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:16:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.67144095055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-1-hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-1-pentanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-1-pentanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:35:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.9612258262;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-1-pentanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-1-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-1-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.33;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:52:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.43446882375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-1-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-2,5-furandione
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-2,5-furandione";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:11:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 524.22062925455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-2,5-furandione
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-2-butanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-2-butanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Lanum + Morris (1969)";
         mksDtm.comment = "Apr 19, 2013 at 21:17:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.52370929295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-2-butanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-2-butanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-2-butanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:27:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.45542939895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-2-butanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-2-butanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-2-butanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:46:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.142312424431;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-2-butanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-2-pentanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-2-pentanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:03:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.67457625255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-2-pentanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyl-3-pentanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyl-3-pentanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 395.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Ginnings + Webb (1938)";
         mksDtm.comment = "Apr 20, 2013 at 00:30:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.9388227808;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyl-3-pentanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylbenzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylbenzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:55:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.6123457248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylbenzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylbenzonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylbenzonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:34:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.37394896255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylbenzonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylbenzyl alcohol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylbenzyl alcohol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:49:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.9585983238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylbenzyl alcohol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylbutanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylbutanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hancock + Watson + Gilby (1954)";
         mksDtm.comment = "Oct 20, 2022 at 10:56:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.331926682302;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylbutanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylcyclopentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylcyclopentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 338.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:29:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.681217455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylcyclopentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.08;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:24:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.692487048744;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylhexanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylhexanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:24:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.2774318918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylhexanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylhexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylhexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:37:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.580244979661;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylhexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylnonane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylnonane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:25:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.6056104792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylnonane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.38;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:00:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.1480836518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 336.42;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:22:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 336.941200445322;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.43;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:49:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.035301885251;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylpyridine
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylpyridine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.29;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:15:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.919100864232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylpyridine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylstyrene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylstyrene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 444.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:55:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 441.49354277855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylstyrene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylsulfolane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylsulfolane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 549.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:52:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylsulfolane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylthio-1-propanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylthio-1-propanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:18:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.6964596902;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylthio-1-propanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylthiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylthiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:20:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.2575266598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylthiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Methylundecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Methylundecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:36:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 466.8087735008;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Methylundecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Nitroaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Nitroaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 579;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:06:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 545.6742338198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Nitroaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Nitrobenzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Nitrobenzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:45:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485.5494703232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Nitrobenzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Pentanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Pentanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Lanum + Morris (1969)";
         mksDtm.comment = "Apr 19, 2013 at 21:10:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.78888179895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Pentanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Pentanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Pentanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:30:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.74490039295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Pentanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Pentanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Pentanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.88;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Gross + Saylor + Gorman (1933)";
         mksDtm.comment = "Apr 14, 2022 at 20:48:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.708157597583;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Pentanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Phenyl-1-propanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Phenyl-1-propanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 508.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:12:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 516.26570966375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Phenyl-1-propanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 3-Pyridinecarbonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "3-Pyridinecarbonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:51:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.94814557495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 3-Pyridinecarbonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-(1,1,3,3-Tetramethylbutyl)phenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-(1,1,3,3-Tetramethylbutyl)phenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:06:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 554.2745135232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-(1,1,3,3-Tetramethylbutyl)phenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4,4'-Dinitrodiphenylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "4,4'-Dinitrodiphenylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 709;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:59:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 676.836406;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4,4'-Dinitrodiphenylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4,4'-Isopropylidenediphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4,4'-Isopropylidenediphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 633.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:12:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 636.668662;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4,4'-Isopropylidenediphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4,5-Dihydro-5-methyl-2(3H)-furanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "4,5-Dihydro-5-methyl-2(3H)-furanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:34:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.67725936855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4,5-Dihydro-5-methyl-2(3H)-furanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Aminobiphenyl
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Aminobiphenyl";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 575;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:41:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 582.91852998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Aminobiphenyl
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Aminodiphenylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Aminodiphenylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 627.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:46:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 607.6471134488;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Aminodiphenylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Aminotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Aminotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:57:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.26717957855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Aminotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Bromotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Bromotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:14:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.61402045895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Bromotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Carboxybenzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Carboxybenzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 702;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:48:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 578.91426001655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Carboxybenzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Chloro-3-nitrobenzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Chloro-3-nitrobenzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 495.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:42:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 515.5354370102;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Chloro-3-nitrobenzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Chloroaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Chloroaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 503.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:05:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.1589686758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Chloroaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Chlorobenzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Chlorobenzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Booth + Elsey + Burchfield (1935)";
         mksDtm.comment = "Sep 24, 2014 at 14:29:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.3099897312;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Chlorobenzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Chlorophenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Chlorophenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493.11;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:57:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.17454317655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Chlorophenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Chlorotoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Chlorotoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:16:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.76514520655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Chlorotoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Cumylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Cumylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 608.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:11:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 600.88674601695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Cumylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Ethoxyaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Ethoxyaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 528;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:01:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 515.60188784375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Ethoxyaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Ethyl-m-xylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Ethyl-m-xylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.59;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:24:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.85542376375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Ethyl-m-xylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Ethyl-o-xylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Ethyl-o-xylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 462.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:26:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.85542376375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Ethyl-o-xylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Ethylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Ethylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.14;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:47:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.821559362132;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Ethylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Ethyltoluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Ethyltoluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.16;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:07:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.801319427184;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Ethyltoluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Fluorobenzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Fluorobenzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Booth + Elsey + Burchfield (1935)";
         mksDtm.comment = "Sep 24, 2014 at 14:31:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.8565315352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Fluorobenzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Formylmorpholine
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Formylmorpholine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 513.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:39:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.69316169295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Formylmorpholine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Heptanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Heptanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:20:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.74945110295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Heptanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Hydroxy-3-methoxybenzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Hydroxy-3-methoxybenzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:42:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 547.42441999295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Hydroxy-3-methoxybenzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Hydroxy-3-methoxyphenyl methyl ketone
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Hydroxy-3-methoxyphenyl methyl ketone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 570.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:03:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 554.1178503648;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Hydroxy-3-methoxyphenyl methyl ketone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Hydroxy-4-methyl-2-pentanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Hydroxy-4-methyl-2-pentanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 441;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:06:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.74450129855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Hydroxy-4-methyl-2-pentanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Hydroxyacetophenone
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Hydroxyacetophenone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 601.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:58:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 520.00378934375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Hydroxyacetophenone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Hydroxybenzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Hydroxybenzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 583.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:12:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 512.5396769798;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Hydroxybenzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Hydroxybutyraldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Hydroxybutyraldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:24:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.6786201798;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Hydroxybutyraldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Isopropylidene-1-methylcyclohexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Isopropylidene-1-methylcyclohexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:43:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.28132634855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Isopropylidene-1-methylcyclohexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methoxyphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methoxyphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 516;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:52:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.5420844598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methoxyphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methoxyphenylacetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methoxyphenylacetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 564;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:04:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 571.69263632375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methoxyphenylacetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methyl-1-hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methyl-1-hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 359.88;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:16:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.67144095055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methyl-1-hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methyl-1-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methyl-1-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.01;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:53:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.550744059588;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methyl-1-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methyl-2-pentanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methyl-2-pentanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:36:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 405.396424969053;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methyl-2-pentanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methyl-2-pentanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methyl-2-pentanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Fuge + Bowden + Jones (1952)";
         mksDtm.comment = "Jan 20, 2018 at 10:33:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.296174778078;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methyl-2-pentanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methyl-3-penten-2-one
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methyl-3-penten-2-one";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:32:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.7082343648;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methyl-3-penten-2-one
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylbenzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylbenzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:56:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.6123457248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylbenzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylbenzoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylbenzoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 548.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:59:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 539.68899711455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylbenzoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylbenzonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylbenzonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:35:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.37394896255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylbenzonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylbenzyl alcohol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylbenzyl alcohol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:51:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.9585983238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylbenzyl alcohol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylcyclopentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylcyclopentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 338.82;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:30:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.681217455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylcyclopentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.86;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:24:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.466861629652;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylnonane
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylnonane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:25:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.6056104792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylnonane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methyloctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methyloctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 415.59;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:00:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.1480836518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methyloctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylpentanenitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylpentanenitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:33:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.8781118822;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylpentanenitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.13;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:50:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.76791385443;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylpyridine
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylpyridine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:16:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.132356786374;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylpyridine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Methylstyrene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Methylstyrene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:57:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 441.49354277855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Methylstyrene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Nitroaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Nitroaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 609.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:08:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 545.6742338198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Nitroaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-tert-Amylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-tert-Amylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 535.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:45:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 520.841151695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-tert-Amylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-tert-Butylcatechol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-tert-Butylcatechol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:36:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 554.29409017695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-tert-Butylcatechol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-tert-Butylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-tert-Butylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 512.88;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:33:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.7750514008;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-tert-Butylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 4-Vinyl-1-cyclohexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "4-Vinyl-1-cyclohexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:03:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.53625897375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 4-Vinyl-1-cyclohexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 5-Ethylidene-2-norbornene
   mksEnt = MKSEntity;
   mksEnt.identifier = "5-Ethylidene-2-norbornene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 420.67;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:06:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 431.161211375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 5-Ethylidene-2-norbornene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 5-Ethyl-m-xylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "5-Ethyl-m-xylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:25:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.85542376375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 5-Ethyl-m-xylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 5-Isopropyl-2-methyl-1,3-cyclohexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "5-Isopropyl-2-methyl-1,3-cyclohexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:40:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.113909855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 5-Isopropyl-2-methyl-1,3-cyclohexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 5-Methyl-1-hexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "5-Methyl-1-hexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:41:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.7454453728;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 5-Methyl-1-hexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 5-Methyl-1-hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "5-Methyl-1-hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 358.46;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:17:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.67144095055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 5-Methyl-1-hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 5-Methyl-2-hexanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "5-Methyl-2-hexanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:24:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.07824163695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 5-Methyl-2-hexanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 5-Methylnonane
   mksEnt = MKSEntity;
   mksEnt.identifier = "5-Methylnonane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:26:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.6056104792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 5-Methylnonane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 5-Nonanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "5-Nonanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:53:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.75505905455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 5-Nonanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 5-Vinyl-2-norbornene
   mksEnt = MKSEntity;
   mksEnt.identifier = "5-Vinyl-2-norbornene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:10:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 420.21756645455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 5-Vinyl-2-norbornene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 6-Aminohexanenitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "6-Aminohexanenitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 503;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:57:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.6682921432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 6-Aminohexanenitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 6-Hydroxyhexanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "6-Hydroxyhexanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 557;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:13:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 547.77186202295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 6-Hydroxyhexanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 6-Methyl-1-heptene
   mksEnt = MKSEntity;
   mksEnt.identifier = "6-Methyl-1-heptene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:48:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.00444953295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 6-Methyl-1-heptene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 7-Methyl-1-octene
   mksEnt = MKSEntity;
   mksEnt.identifier = "7-Methyl-1-octene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:19:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.43349457095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 7-Methyl-1-octene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 8-Hydroxyquinoline
   mksEnt = MKSEntity;
   mksEnt.identifier = "8-Hydroxyquinoline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 540;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:52:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.2469704902;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 8-Hydroxyquinoline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 8-Methyl-1-nonanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "8-Methyl-1-nonanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:30:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 500.6743227462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 8-Methyl-1-nonanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: 8-Methyl-1-nonene
   mksEnt = MKSEntity;
   mksEnt.identifier = "8-Methyl-1-nonene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:55:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422.95857606455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: 8-Methyl-1-nonene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acenaphthene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acenaphthene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 550.54;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:59:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 545.8356087398;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acenaphthene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acenaphthylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acenaphthylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 543.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:55:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 547.96544678;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acenaphthylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 293.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:01:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 306.9276609368;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetaldoxime
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetaldoxime";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:01:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.2840475032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetaldoxime
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 494.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:02:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.52204750295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetaminophen
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetaminophen";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 530;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:43:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 613.78430484495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetaminophen
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:02:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.687762046889;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetic anhydride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetic anhydride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:29:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.8187938422;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetic anhydride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 329.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Acosta + Arce + Ageitos + Rodil + Soto (2002)";
         mksDtm.comment = "Jul 29, 2013 at 15:47:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 329.73745177614;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 354.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:50:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 344.9427956742;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetophenone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetophenone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:53:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 462.9227816672;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetophenone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetoxyacetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetoxyacetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 542;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 20:58:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485.8368455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetoxyacetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 323.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:41:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.77843034095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acetylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acetylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 189.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Maass + Wright (1921)";
         mksDtm.comment = "Feb 25, 2023 at 17:20:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 236.4546770822;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acetylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acridine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acridine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 619.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:42:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 606.37965553695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acridine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acrylic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acrylic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:45:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.4583136502;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acrylic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Acrylonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Acrylonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 350.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:38:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.74796095255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Acrylonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Adipic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Adipic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 611;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:41:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 583.4176323302;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Adipic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Adiponitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Adiponitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 568.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:18:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 516.7590776408;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Adiponitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Allyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Allyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:31:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.6133895512;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Allyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Allyl alcohol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Allyl alcohol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.23;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:33:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361.23323223495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Allyl alcohol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Allyl glycidyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Allyl glycidyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 427.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:33:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.30886305495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Allyl glycidyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Allyl methacrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Allyl methacrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:00:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.0507838438;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Allyl methacrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Allylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Allylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 326.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:00:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 333.93883851095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Allylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Aluminum trichloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Aluminum trichloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Ambrose (1980)";
         mksDtm.comment = "Jul 01, 2010 at 17:11:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Aluminum trichloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Aminoacetonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Aminoacetonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:58:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.2263929368;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Aminoacetonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Aniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "Aniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:14:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.821078535142;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Aniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Anisole
   mksEnt = MKSEntity;
   mksEnt.identifier = "Anisole";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 426.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Olson + Hipsher + Buess + Goodman + Hart + Lamneck + Gibbons (1947)";
         mksDtm.comment = "Feb 25, 2021 at 15:47:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422.26549866255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Anisole
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Anthracene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Anthracene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 615.18;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:51:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 615.302388774763;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Anthracene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Anthraquinone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Anthraquinone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 653.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:51:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 636.716572;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Anthraquinone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:11:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.32364220895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:41:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.6127116288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzanthracene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzanthracene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 710.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:07:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 672.323284;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzanthracene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Nagata (1969)";
         mksDtm.comment = "Jun 27, 2021 at 18:53:45 - MKS 001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.719999111022;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzenethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzenethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Morris + Lanum + Helm + Haines + Cook + Ball (1960)";
         mksDtm.comment = "Sep 20, 2014 at 01:04:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.2510450118;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzenethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzidine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzidine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 674.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:46:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 628.926406;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzidine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 522.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:12:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 522.6255364832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:33:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.5348021472;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzophenone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzophenone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 579.24;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:44:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 572.61815047655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzophenone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzotrifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzotrifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Scott + Douslin + Messerly + Todd + Hossenlopp + Kincheloe + McCullough (1959)";
         mksDtm.comment = "Sep 24, 2014 at 13:21:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.3357353638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzotrifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzoyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzoyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 470.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:45:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.9869604182;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzoyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:00:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.6837639238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzyl alcohol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzyl alcohol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:49:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.76300778095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:17 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzyl alcohol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzyl benzoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzyl benzoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 596.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:58:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 591.01915924295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:18 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzyl benzoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:15:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.2870570998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:18 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzyl dichloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzyl dichloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:07:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.4677480448;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:18 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzyl dichloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzyl ethyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzyl ethyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:11:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.66050200695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:18 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzyl ethyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:57:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 494.74790764095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:18 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzyl mercaptan
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzyl mercaptan";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:53:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.2500582422;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:18 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzyl mercaptan
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Benzylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Benzylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:54:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.73336289055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:18 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Benzylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bicyclo[2.2.1]heptene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bicyclo[2.2.1]heptene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:58:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.7266667958;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bicyclo[2.2.1]heptene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bicyclohexyl
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bicyclohexyl";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 512.19;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:27:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 495.9559696352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bicyclohexyl
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Biphenyl
   mksEnt = MKSEntity;
   mksEnt.identifier = "Biphenyl";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 528.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 00:00:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 529.016327734102;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Biphenyl
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bis(2-chloroethyl) ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bis(2-chloroethyl) ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:11:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.1243226838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bis(2-chloroethyl) ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bis(2-ethylhexyl) phthalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bis(2-ethylhexyl) phthalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 657.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:50:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 706.84723;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bis(2-ethylhexyl) phthalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bis(2-ethylhexyl)amine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bis(2-ethylhexyl)amine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 554.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:00:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 560.6467746392;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bis(2-ethylhexyl)amine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bis(2-methoxyethyl) ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bis(2-methoxyethyl) ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432.91;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:42:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.3917122712;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bis(2-methoxyethyl) ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bis(chloromethyl) ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bis(chloromethyl) ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:56:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.1102467318;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bis(chloromethyl) ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Boron trichloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Boron trichloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 285.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:06:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 273.08982988895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Boron trichloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bromine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bromine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 331.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:14:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.424120069207;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bromine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bromobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bromobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.24;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:54:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.5220840998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bromobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bromochlorodifluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bromochlorodifluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 269.14;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:16:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 269.641837532149;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bromochlorodifluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bromochloromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bromochloromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:38:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.32767109375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bromochloromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bromodifluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bromodifluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 257.67;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:30:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 258.094611261034;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bromodifluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bromotrichloromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bromotrichloromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:17:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.01573483095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bromotrichloromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bromotrifluoroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bromotrifluoroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 270.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 22:59:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 326.79780117375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bromotrifluoroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Bromotrifluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Bromotrifluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 215.26;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:17:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 215.774842769721;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Bromotrifluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyl acrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyl acrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:02:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.823552;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:19 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyl acrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyl butyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyl butyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:57:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.16173464655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyl butyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyl ethyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyl ethyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:24:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.1942340248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyl ethyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyl ethyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyl ethyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 09:18:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.7939860998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyl ethyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyl isopropyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyl isopropyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:39:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 379.7101347542;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyl isopropyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyl propionate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyl propionate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:25:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421.48015340495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyl propionate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyl vinyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyl vinyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.97;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:59:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.38787993495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyl vinyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.13;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:48:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.1687824998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyraldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyraldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 347.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:12:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.9211416288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyraldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyric acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyric acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 436.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 14, 2020 at 22:15:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.199713936007;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyric acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyric anhydride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyric anhydride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:30:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 482.9058917702;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyric anhydride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Butyronitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Butyronitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:01:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 393.265441055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Butyronitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Camphene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Camphene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:40:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.90555539655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Camphene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Carbamoyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Carbamoyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 334.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:41:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 460.85752700895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:20 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Carbamoyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Carbazole
   mksEnt = MKSEntity;
   mksEnt.identifier = "Carbazole";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 627.86;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:58:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 571.662131295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Carbazole
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Carbon disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Carbon disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 319.37;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 22:58:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Carbon disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Carbon tetrachloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Carbon tetrachloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 349.79;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:26:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 350.350133199145;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Carbon tetrachloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Carbon tetrafluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Carbon tetrafluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 145.12;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 20:00:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 145.352902965997;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Carbon tetrafluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Carbonyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Carbonyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 222.91;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 22:08:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Carbonyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chlorine dioxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chlorine dioxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 284.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 13:16:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chlorine dioxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chlorine trifluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chlorine trifluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 285.1;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Streng (1971)";
         mksDtm.comment = "Jun 10, 2020 at 22:55:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chlorine trifluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chloroacetaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chloroacetaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 358;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:42:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.39602781375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chloroacetaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chloroacetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chloroacetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 462.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:42:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.22939768;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chloroacetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chloroacetyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chloroacetyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 379.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:30:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.0245826038;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chloroacetyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chlorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chlorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 12:03:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 405.54902461237;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chlorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chlorodifluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chlorodifluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 232.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 20:14:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 232.503198549037;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chlorodifluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chlorodimethylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chlorodimethylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 308.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:12:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 306.74233232495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chlorodimethylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chlorofluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chlorofluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 264.06;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:40:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 286.632481295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:21 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chlorofluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chloroform
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chloroform";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 334.33;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:33:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 334.846938398372;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chloroform
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chloromethyl methyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chloromethyl methyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:09:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.50386835695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chloromethyl methyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chloropentafluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chloropentafluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 234.04;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:02:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 234.466627107617;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chloropentafluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chlorotrifluoroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chlorotrifluoroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 245.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:01:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 280.62719684375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chlorotrifluoroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chlorotrifluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chlorotrifluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 191.74;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:21:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 192.036154340373;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chlorotrifluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chlorotrimethylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chlorotrimethylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mills + MacKenzie (1954)";
         mksDtm.comment = "Dec 18, 2012 at 10:58:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 310.04972151375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chlorotrimethylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Chrysene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Chrysene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 714.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:08:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 672.323284;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Chrysene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis,trans-2,4-Hexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis,trans-2,4-Hexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:26:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 359.9083485848;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis,trans-2,4-Hexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-1,2-Dichloroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-1,2-Dichloroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 333.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:28:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.0419226758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-1,2-Dichloroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-1,3-Pentadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-1,3-Pentadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 317.22;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:25:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 325.13986900695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-1,3-Pentadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-1,4-Dichloro-2-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-1,4-Dichloro-2-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:50:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.4607850328;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-1,4-Dichloro-2-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-1-Phenyl-1-propene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-1-Phenyl-1-propene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:57:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.58857428895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-1-Phenyl-1-propene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-2-Butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-2-Butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 276.87;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:06:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 277.323812617084;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-2-Butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-2-Butene-1,4-diol
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-2-Butene-1,4-diol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 508.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:19:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.8253314198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-2-Butene-1,4-diol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-2-Heptene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-2-Heptene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.56;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:13:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.6592536032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-2-Heptene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-2-Hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-2-Hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 342.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:49:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.3131819638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:22 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-2-Hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-2-Octene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-2-Octene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 398.79;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:50:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.1013616982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-2-Octene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-2-Pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-2-Pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 310.08;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:44:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 310.572978669665;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-2-Pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-2-Phenyl-2-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-2-Phenyl-2-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 467.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:15:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.5850862518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-2-Phenyl-2-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-3-Heptene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-3-Heptene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:14:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.6592536032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-3-Heptene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-3-Hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-3-Hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 339.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:50:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.3131819638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-3-Hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-3-Methyl-2-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-3-Methyl-2-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 340.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:54:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.51175778495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-3-Methyl-2-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-3-Octene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-3-Octene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:51:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.1013616982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-3-Octene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-4-Methyl-2-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-4-Methyl-2-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 329.53;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:56:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.2004871958;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-4-Methyl-2-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-4-Octene
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-4-Octene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 395.69;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:52:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.1013616982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-4-Octene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-9-Octadecenoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-9-Octadecenoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 633;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:21:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 658.750381;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-9-Octadecenoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-Crotonaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-Crotonaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361.87;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:51:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.4530810198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-Crotonaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: cis-Crotonic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "cis-Crotonic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:57:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.48142935255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: cis-Crotonic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Citraconic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Citraconic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 607;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:17:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 569.44948791095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Citraconic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Citric acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Citric acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 659;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:23:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 680.290717;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:23 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Citric acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyanogen chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyanogen chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 286;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:22:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.3522808832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyanogen chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 285.66;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:08:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 286.11094059963;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cycloheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cycloheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.94;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:09:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.580622229298;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cycloheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cycloheptene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cycloheptene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:01:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.9965628598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cycloheptene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.88;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Kraher + Plank + Laukhuf (1986)";
         mksDtm.comment = "Jul 28, 2012 at 15:11:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 354.50217555947;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 431.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:16:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.79786709495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:00:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.17637034375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:31:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.0831545688;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexanone oxime
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexanone oxime";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 481.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:45:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.303200695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexanone oxime
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:24:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.0150208262;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:39:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.52120855495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:24 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:04:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.1053884568;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexyl hydroperoxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexyl hydroperoxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:06:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 427.920652295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexyl hydroperoxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexyl isocyanate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexyl isocyanate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:01:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexyl isocyanate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclohexylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclohexylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:17:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.9503917272;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclohexylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclooctane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclooctane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.29;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:42:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.990051436511;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclooctane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclooctene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclooctene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:36:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.9008324758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclooctene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 322.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Myers (1956)";
         mksDtm.comment = "Feb 28, 2023 at 11:15:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 322.898607715499;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclopentanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclopentanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "White + Bishop (1940)";
         mksDtm.comment = "Jan 11, 2012 at 13:36:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.12310246495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclopentanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclopentanone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclopentanone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.8;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:30:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.6784068832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclopentanone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclopentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclopentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 317.38;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:22:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 338.956206375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclopentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclopentyl methyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclopentyl methyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.59;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Olson + Hipsher + Buess + Goodman + Hart + Lamneck + Gibbons (1947)";
         mksDtm.comment = "Jul 29, 2013 at 14:20:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.6685963608;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclopentyl methyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclopentylacetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclopentylacetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 501.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:04:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 506.51055467895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclopentylacetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclopentylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclopentylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 381.62;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:56:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 393.0925703168;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclopentylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclopropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclopropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 240.37;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:25:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 240.734776251369;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:25 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclopropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Cyclopropylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Cyclopropylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 322.316;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:18:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 340.1451102432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Cyclopropylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Decamethylcyclopentasiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Decamethylcyclopentasiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.1;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:40:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 508.3455436518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Decamethylcyclopentasiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Decamethyltetrasiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Decamethyltetrasiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 467.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:39:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 511.5106097792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Decamethyltetrasiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Decanedioic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Decanedioic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 642.09;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:47:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 633.180814;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Decanedioic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Deuterium oxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Deuterium oxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 19:59:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.026621091623;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Deuterium oxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di(2-Ethylhexyl)adipate
   mksEnt = MKSEntity;
   mksEnt.identifier = "di(2-Ethylhexyl)adipate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 690.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:44:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 669.113314;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di(2-Ethylhexyl)adipate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diallyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diallyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:25:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.576477375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diallyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diallyl maleate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diallyl maleate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 520;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:18:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 528.0651252662;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diallyl maleate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diallylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diallylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:44:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.4282182198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diallylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dibenzofuran
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dibenzofuran";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 557.86;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:55:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 551.0055651798;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dibenzofuran
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dibenzothiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dibenzothiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 604.61;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:57:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 573.78817952;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:26 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dibenzothiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dibenzyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dibenzyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 561.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:00:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 573.8728288022;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dibenzyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dibromodifluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dibromodifluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 295.94;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:19:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 296.416594140089;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dibromodifluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dibromomethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dibromomethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Vogel (1948a)";
         mksDtm.comment = "May 23, 2013 at 13:43:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.847947295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dibromomethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dibutyl carbonate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dibutyl carbonate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:31:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.56609826895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dibutyl carbonate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dibutyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dibutyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.44;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:28:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.6611788512;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dibutyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dibutyl maleate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dibutyl maleate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 553.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:26:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.0323295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dibutyl maleate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dibutyl sebacate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dibutyl sebacate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 622.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:22:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 636.687826;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dibutyl sebacate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichloroacetaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichloroacetaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 362;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:31:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.75597671375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichloroacetaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichloroacetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichloroacetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 467.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:31:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.456981255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichloroacetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichloroacetyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichloroacetyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:18:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.0933518488;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichloroacetyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichlorodifluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichlorodifluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 243.36;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:23:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 243.85786006639;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:27 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichlorodifluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichlorodimethylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichlorodimethylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 342.52;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Rugina + Sacarescu (1992)";
         mksDtm.comment = "Nov 21, 2021 at 12:06:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 323.07284987375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichlorodimethylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichlorodiphenylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichlorodiphenylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 577.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:38:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 575.54146454495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichlorodiphenylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichlorofluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichlorofluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 282.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:33:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 282.411527918106;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichlorofluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichloromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichloromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 312.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:42:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 313.275735812095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichloromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichloromethylphenylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichloromethylphenylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 477.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:47:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 466.9755273048;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichloromethylphenylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichloromethylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichloromethylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 314.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Rugina + Sacarescu (1992)";
         mksDtm.comment = "Nov 21, 2021 at 11:42:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 319.82214482895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichloromethylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichloromethylvinylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichloromethylvinylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:31:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 346.5966637382;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichloromethylvinylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dichlorosilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dichlorosilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 281.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 13:18:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dichlorosilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dicyandiamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dicyandiamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 581;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:00:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 507.9687174368;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dicyandiamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dicyclohexylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dicyclohexylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 529;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:29:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 529.6131514848;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dicyclohexylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethanolamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethanolamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 542.04;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:07:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 504.69689528;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethanolamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethoxymethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethoxymethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:31:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.1303488262;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethoxymethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl carbonate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl carbonate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:31:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.78803494655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl carbonate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 427.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Oct 23, 2019 at 13:20:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 431.9323896032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:28 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 307.58;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:41:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 308.18982539369;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl maleate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl maleate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 498.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:04:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 494.6151852248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl maleate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl malonate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl malonate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:07:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.1045319512;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl malonate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl oxalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl oxalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:41:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.5579437478;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl oxalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl phthalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl phthalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 567.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:48:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 577.0671206582;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl phthalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl succinate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl succinate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:41:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.7471566102;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl succinate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl sulfate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl sulfate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:55:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 501.0431694438;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl sulfate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 08:45:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.825325763497;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethyl sulfite
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethyl sulfite";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 431.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:54:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.6999161302;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethyl sulfite
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 328.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:03:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.35281638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethylene glycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethylene glycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:53:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.0798064088;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethylene glycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethylene glycol butyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethylene glycol butyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 504.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:36:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 513.1348939238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethylene glycol butyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethylene glycol butyl ether acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethylene glycol butyl ether acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:19:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 522.21291153095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:29 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethylene glycol butyl ether acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethylene glycol dibutyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethylene glycol dibutyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 529.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:38:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 535.6764180192;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethylene glycol dibutyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethylene glycol diethyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethylene glycol diethyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 462.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:35:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.1024683648;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethylene glycol diethyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethylene glycol ethyl ether acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethylene glycol ethyl ether acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:19:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485.31782841375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethylene glycol ethyl ether acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethylene glycol monopropyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethylene glycol monopropyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.99;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:43:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 494.67764838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethylene glycol monopropyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diethylene triamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diethylene triamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:09:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 462.2494298592;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diethylene triamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Difluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Difluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 221.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:43:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 221.76837533842;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Difluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diglycolic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diglycolic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 610;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 20:59:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 569.5048948598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diglycolic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dihexyl adipate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dihexyl adipate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 621.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:23:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 636.687826;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dihexyl adipate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dihydro-2,5-furandione
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dihydro-2,5-furandione";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 536.58;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:37:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505.49477534375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dihydro-2,5-furandione
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diiodomethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diiodomethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:44:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.3508106208;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diiodomethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diisobutyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diisobutyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 395.76;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:28:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.0834245632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diisobutyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diisobutyl phthalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diisobutyl phthalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 593.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:00:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 613.8975140822;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diisobutyl phthalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diisobutylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diisobutylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:41:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.2263929368;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diisobutylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diisopropanolamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diisopropanolamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 521.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:35:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 507.4103076278;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:30 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diisopropanolamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diisopropyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diisopropyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Jun 02, 2020 at 11:23:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.88728982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diisopropyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diisopropyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diisopropyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:26:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 340.4368153688;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diisopropyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diisopropyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diisopropyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 08:56:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 385.0281435158;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diisopropyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diisopropylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diisopropylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:50:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361.0816620672;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diisopropylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diketene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diketene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:36:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.8548541408;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diketene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethoxydimethylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethoxydimethylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 354.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:08:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 350.41639138455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethoxydimethylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethoxymethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethoxymethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 315;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:09:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 321.1177170998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethoxymethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl carbonate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl carbonate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 363.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:31:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 351.97522201895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl carbonate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Oct 23, 2019 at 13:19:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.7194982488;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 248.34;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 20, 2010 at 15:32:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 248.697645018846;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl isophthalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl isophthalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 523;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:13:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 546.3728840838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl isophthalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl maleate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl maleate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:22:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.9828318208;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl maleate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl phthalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl phthalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 556.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:13:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 546.3728840838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl phthalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl succinate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl succinate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Vogel (1948c)";
         mksDtm.comment = "Sep 10, 2014 at 12:02:30 - MKS001 Value entered. Measured...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.5579437478;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:31 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl succinate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl sulfate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl sulfate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:10:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 462.0303781718;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl sulfate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 310.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 08:37:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 310.974997914713;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl sulfone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl sulfone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 310.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Oct 22, 2019 at 22:56:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.6743860902;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl sulfone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl sulfoxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl sulfoxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 462.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:09:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.7317419238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl sulfoxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl terephthalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl terephthalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 561.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:14:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 546.3728840838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl terephthalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl-1,4-cyclohexanedicarboxylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl-1,4-cyclohexanedicarboxylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 539.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:45:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 528.0081776582;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl-1,4-cyclohexanedicarboxylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyl-2,6-naphthalenedicarboxylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyl-2,6-naphthalenedicarboxylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 650.86;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:59:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 629.28094;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyl-2,6-naphthalenedicarboxylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethylaluminum chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethylaluminum chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:06:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethylaluminum chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 280.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 20, 2010 at 20:25:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 289.1560415232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethyldicyclopentadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethyldicyclopentadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:53:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 482.712976895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethyldicyclopentadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dimethylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dimethylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 253.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:17:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dimethylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-n-Butyl phthalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-n-Butyl phthalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 613.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:00:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 628.006534;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-n-Butyl phthalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-n-Butyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-n-Butyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Morris + Lanum + Helm + Haines + Cook + Ball (1960)";
         mksDtm.comment = "Sep 22, 2014 at 00:26:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.9570971958;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-n-Butyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-n-Butyl sulfone
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-n-Butyl sulfone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 564;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:35:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 535.1337635718;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:32 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-n-Butyl sulfone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-n-Butylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-n-Butylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:40:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.8988035608;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-n-Butylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-n-Hexyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-n-Hexyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 498.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:37:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 498.7475059712;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-n-Hexyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-n-Octyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-n-Octyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 559.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:06:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 566.3704163808;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-n-Octyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-n-Octylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-n-Octylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 580.812;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 11:59:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 578.6005277912;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-n-Octylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-n-Propyl sulfone
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-n-Propyl sulfone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 543;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:42:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 499.5964919222;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-n-Propyl sulfone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Di-n-propyl sulfoxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Di-n-propyl sulfoxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mackle + O'Hare (1961)";
         mksDtm.comment = "Dec 15, 2017 at 22:42:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.2037564822;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Di-n-propyl sulfoxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipentyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipentyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:29:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.5122695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipentyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipentylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipentylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:37:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.2480158848;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipentylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diphenyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diphenyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 531.46;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:40:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 542.781475295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diphenyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diphenylacetylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diphenylacetylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 573;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:52:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 569.2215726488;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diphenylacetylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diphenylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diphenylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 575.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:42:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 556.1345849078;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diphenylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Diphenylmethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Diphenylmethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 537.42;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:44:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 538.450966260056;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Diphenylmethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Jun 02, 2020 at 12:09:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.52942678;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 362.79;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:29:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.1942340248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:33 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropyl maleate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropyl maleate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 521;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:45:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 530.6316844512;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropyl maleate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropyl phthalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropyl phthalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 590.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:03:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 604.145503055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropyl phthalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 415.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 09:16:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.7939860998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:32:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.9337370592;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropylene glycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropylene glycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 504.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:43:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 525.6218137568;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropylene glycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropylene glycol methyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropylene glycol methyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:43:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.71077224255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropylene glycol methyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropylene glycol monomethyl ether acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropylene glycol monomethyl ether acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 482.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:56:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 504.21735174455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropylene glycol monomethyl ether acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dipropylene glycol n-propyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dipropylene glycol n-propyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:05:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 530.6881759232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dipropylene glycol n-propyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-sec-Butyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-sec-Butyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:29:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.0834245632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-sec-Butyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Disilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Disilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 259;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 20:28:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Disilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-tert-Butyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-tert-Butyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:29:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.2340964352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-tert-Butyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: di-tert-Butyl peroxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "di-tert-Butyl peroxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:33:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.8190309208;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: di-tert-Butyl peroxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Divinyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Divinyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 301.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:54:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 316.2234597062;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Divinyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dodecamethylcyclohexasiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dodecamethylcyclohexasiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:42:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 553.90882808;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:34 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dodecamethylcyclohexasiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dodecamethylpentasiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dodecamethylpentasiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 503.1;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:41:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 564.65034705455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dodecamethylpentasiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Dodecylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Dodecylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 532.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:40:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 527.751791375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Dodecylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 184.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Streng (1971)";
         mksDtm.comment = "Feb 25, 2023 at 15:59:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 184.887936582239;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethanesulfonyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethanesulfonyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.49;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 10:57:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.0814646918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethanesulfonyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 308.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:13:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 308.641272708549;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 351.44;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:08:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 351.839036727012;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethoxybenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethoxybenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:48:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.91498210695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethoxybenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl 1-methylpropyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl 1-methylpropyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Jun 02, 2020 at 11:57:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.37259808;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl 1-methylpropyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl 2,2-dimethylpropionate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl 2,2-dimethylpropionate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hancock + Watson + Gilby (1954)";
         mksDtm.comment = "Oct 20, 2022 at 12:05:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 398.91363186695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl 2,2-dimethylpropionate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl 2-methylbutyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl 2-methylbutyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hancock + Watson + Gilby (1954)";
         mksDtm.comment = "Oct 20, 2022 at 11:53:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.97363369095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl 2-methylbutyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl 2-methylpropyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl 2-methylpropyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Jun 02, 2020 at 12:04:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.37259808;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl 2-methylpropyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl 3-ethoxypropionate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl 3-ethoxypropionate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:31:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.98499369655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl 3-ethoxypropionate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl 3-methylbutyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl 3-methylbutyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hancock + Watson + Gilby (1954)";
         mksDtm.comment = "Oct 20, 2022 at 12:04:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.97363369095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl 3-methylbutyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 350.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 13:07:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 350.728627270771;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:35 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl acetoacetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl acetoacetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:36:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.170269895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl acetoacetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl acrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl acrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:32:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.6133895512;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl acrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl benzoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl benzoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:00:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.6837639238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl benzoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl bromide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl bromide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 311.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 12:15:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 311.999444806742;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl bromide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl butyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl butyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 13:07:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 395.336028052637;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl butyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 285.42;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 20, 2010 at 14:09:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 285.874465414741;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl chloroacetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl chloroacetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:00:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.3144674918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl chloroacetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl chloroformate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl chloroformate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:51:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 363.31128809375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl chloroformate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl cyanoacetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl cyanoacetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 479.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:21:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.19104562375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl cyanoacetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl fluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl fluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 235.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 10:59:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 235.802819912509;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl fluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 12:37:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.963616243732;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl hexyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl hexyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:30:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.6611788512;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl hexyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl hydrogen sulfate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl hydrogen sulfate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 553.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:11:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 526.91715668255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl hydrogen sulfate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl iodide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl iodide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:00:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 362.04102088295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl iodide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl isobutyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl isobutyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 09:14:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.0753045878;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl isobutyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl isobutyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl isobutyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:08:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.84317281295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl isobutyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl isopropyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl isopropyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Oct 23, 2019 at 13:20:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.4811451718;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:36 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl isopropyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl isopropyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl isopropyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 326.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:24:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.345430655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl isopropyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl isopropyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl isopropyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 08:50:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.5928876312;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl isopropyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl lactate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl lactate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 427.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:54:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 439.2989110232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl lactate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl methacrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl methacrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:34:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.83106578255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl methacrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl methyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl methyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 280.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:06:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 280.919076346642;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl methyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl methyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl methyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 339.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 08:40:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 340.340251336041;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl methyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl n-butyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl n-butyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 466.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Jun 02, 2020 at 12:14:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.52942678;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl n-butyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl n-dodecanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl n-dodecanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 548.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 13:23:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 554.26798766375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl n-dodecanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl n-hexanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl n-hexanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 13:13:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.16173464655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl n-hexanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl n-propyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl n-propyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Jun 02, 2020 at 11:22:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.1828899638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl n-propyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl n-propyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl n-propyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 08:53:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.8564852352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl n-propyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl n-tetradecanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl n-tetradecanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 581.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 13:31:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 584.07169698095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl n-tetradecanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl octyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl octyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505.54;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:36:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 495.5043541142;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl octyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl pentanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl pentanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 13:13:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421.48015340495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:37 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl pentanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl propionate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl propionate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:43:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.731528596325;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl propionate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl propyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl propyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.01;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:24:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.546676323465;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl propyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl thioacetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl thioacetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:17:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.74392559375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl thioacetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl thioethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl thioethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:43:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.6515544032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl thioethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyl vinyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyl vinyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 308.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:14:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 318.16997159855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyl vinyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylaluminum sesquichloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylaluminum sesquichloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 482.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:50:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylaluminum sesquichloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 289.73;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:13:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 290.173119375057;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 409.343;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:24:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 409.953315934416;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylbenzene hydroperoxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylbenzene hydroperoxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 536;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:58:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.93173278095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylbenzene hydroperoxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:46:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.2442817958;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.62;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:11:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.19409452572;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 169.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Streng (1971)";
         mksDtm.comment = "Feb 25, 2023 at 16:06:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 169.709621327758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylene carbonate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylene carbonate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 511.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:47:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.65819367655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylene carbonate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylene diacrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylene diacrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 503;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:58:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485.8687637472;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:38 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylene diacrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylene dinitrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylene dinitrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:59:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 510.4786078982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylene dinitrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylene glycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylene glycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 470.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:09:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 426.6369393368;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylene glycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylene glycol diacetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylene glycol diacetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:42:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.5579437478;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylene glycol diacetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylene oxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylene oxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 283.66;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 20, 2010 at 14:04:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 285.3789505718;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylene oxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylene sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylene sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 328.08;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:06:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 324.7248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylene sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylenediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylenediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.41;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:15:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.5408572568;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylenediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylenediaminetetraacetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylenediaminetetraacetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 661.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:43:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 797.406712;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylenediaminetetraacetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyleneimine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyleneimine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 329;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:00:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.989331375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyleneimine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethylnorbornene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethylnorbornene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:14:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421.8729684992;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethylnorbornene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ethyltrichlorosilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ethyltrichlorosilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 10:58:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.80874839055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:39 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ethyltrichlorosilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Fluoranthene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Fluoranthene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 655.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:20:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 616.7447309798;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Fluoranthene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Fluorene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Fluorene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 570.44;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:43:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 546.6545588352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Fluorene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Fluorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Fluorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.74;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Gross + Saylor + Gorman (1933)";
         mksDtm.comment = "Apr 14, 2022 at 21:19:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 369.7954743128;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Fluorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Fluorosulfonic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Fluorosulfonic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 436;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 20:00:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.130802695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Fluorosulfonic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Formaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Formaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 253.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Spence + Wild (1935)";
         mksDtm.comment = "Nov 02, 2022 at 15:41:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 205.8;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Formaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Formic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Formic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.71;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:46:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 393.33265508055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Formic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Fumaric acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Fumaric acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:38:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558.3680323808;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Fumaric acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Fumaronitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Fumaronitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:30:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485.3098384502;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Fumaronitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Furan
   mksEnt = MKSEntity;
   mksEnt.identifier = "Furan";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 304.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:35:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 304.916185362929;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Furan
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Furfural
   mksEnt = MKSEntity;
   mksEnt.identifier = "Furfural";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:11:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.5974347992;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:40 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Furfural
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Furfuryl alcohol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Furfuryl alcohol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:16:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.3078094662;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Furfuryl alcohol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Gallium(III) chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Gallium(III) chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Ambrose (1980)";
         mksDtm.comment = "Jul 01, 2010 at 17:16:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Gallium(III) chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Germanium tetrachloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Germanium tetrachloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 359.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Ambrose (1980)";
         mksDtm.comment = "Jul 01, 2010 at 17:24:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Germanium tetrachloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Glutaraldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Glutaraldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:33:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 439.2105736422;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Glutaraldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Glutaric acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Glutaric acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 595.54;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:37:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 568.9255844312;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Glutaric acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Glutaric anhydride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Glutaric anhydride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 562.69;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:16:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 525.02612840495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Glutaric anhydride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Glutaronitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Glutaronitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 559.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:15:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 498.484714895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Glutaronitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Glycerol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Glycerol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:11:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 503.76007498655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Glycerol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Glyceryl triacetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Glyceryl triacetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 532.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:16:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 536.47477534895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Glyceryl triacetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Glycolic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Glycolic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:04:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.84784678855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:41 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Glycolic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Glyoxal
   mksEnt = MKSEntity;
   mksEnt.identifier = "Glyoxal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 323.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:38:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.9511982048;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Glyoxal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Heptanedioic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Heptanedioic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 615.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:08:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 597.0057166848;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Heptanedioic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexachloro-1,3-butadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexachloro-1,3-butadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:26:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.9531147288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexachloro-1,3-butadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexachlorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexachlorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 582.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:40:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 564.5561899238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexachlorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexachlorocyclopentadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexachlorocyclopentadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 512.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:10:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 511.6897887968;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexachlorocyclopentadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexadecamethylheptasiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexadecamethylheptasiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 559.94;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:00:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 645.967993;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexadecamethylheptasiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexaethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexaethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 571.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:16:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 597.5473121048;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexaethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexafluoroacetone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexafluoroacetone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 245.87;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 20, 2010 at 20:36:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 280.26660426455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexafluoroacetone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexafluorobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexafluorobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.41;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:41:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.3736207158;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexafluorobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexamethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexamethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 536.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:57:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.6832909312;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexamethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexamethylcyclotrisiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexamethylcyclotrisiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.26;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:41:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.8187938422;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexamethylcyclotrisiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexamethyldisilazane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexamethyldisilazane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:42:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.094130255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexamethyldisilazane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexamethyldisiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexamethyldisiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mills + MacKenzie (1954)";
         mksDtm.comment = "Dec 18, 2012 at 01:15:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.5859239238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexamethyldisiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexamethyleneimine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexamethyleneimine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:18:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.5315493942;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexamethyleneimine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexamethylenetetramine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexamethylenetetramine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 554;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:58:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 481.6987175552;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:42 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexamethylenetetramine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexamethylphosphoramide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexamethylphosphoramide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 506.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:39:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.69093848455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexamethylphosphoramide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexanenitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexanenitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 436.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:32:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.9722322582;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexanenitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hexylene glycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hexylene glycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 470.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:40:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.04942452895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hexylene glycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hydrazine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hydrazine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 386.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 20:25:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.166328535423;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hydrazine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hydrogen cyanide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hydrogen cyanide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 298.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 20:26:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hydrogen cyanide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hydrogen fluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hydrogen fluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 292.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Streng (1971)";
         mksDtm.comment = "Sep 02, 2019 at 13:23:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 293.153815349761;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hydrogen fluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hydrogen peroxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hydrogen peroxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 20:14:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.9067017702;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hydrogen peroxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Hydroxyacetonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Hydroxyacetonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 467;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:51:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432.4697459672;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Hydroxyacetonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Indane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Indane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.12;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:54:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 452.7533307288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Indane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Indene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Indene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.77;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:52:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.4787609542;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Indene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Indole
   mksEnt = MKSEntity;
   mksEnt.identifier = "Indole";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 526.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:51:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.6840282008;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Indole
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Inositol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Inositol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 691;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:15:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 745.36687;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Inositol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Iodine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Iodine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458.39;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 21:01:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458.266509302988;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Iodine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Iodobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Iodobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:01:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.2907154022;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Iodobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 261.43;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:37:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 261.785065549865;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Montón + Muñoz + Burguet + Torre (2005)";
         mksDtm.comment = "Feb 25, 2024 at 12:49:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.296992242757;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutyl acrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutyl acrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 405.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:05:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.27630982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:43 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutyl acrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.22;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:44:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.782841645678;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutyl isobutyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutyl isobutyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 420.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:17:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.91004784255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutyl isobutyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutyl methacrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutyl methacrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:40:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422.57566963295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutyl methacrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutyl methyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutyl methyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 331.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:29:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.345430655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutyl methyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 340.718;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:25:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.324102880966;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.94;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:27:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.593716572586;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutyraldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutyraldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:15:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 342.9321891608;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutyraldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutyric acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutyric acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 427.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:25:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.251821268802;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutyric acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isobutyronitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isobutyronitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.76;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:03:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 379.081488495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isobutyronitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopentyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopentyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 415.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:27:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.97363369095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopentyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopentyl isovalerate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopentyl isovalerate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 467.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:59:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.74098406055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopentyl isovalerate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isophorone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isophorone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:15:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.5467907072;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isophorone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isophthalic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isophthalic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 753;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:49:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 624.499522;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isophthalic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isophthaloyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isophthaloyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 549;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:46:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 552.7170128918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:44 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isophthaloyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropenyl methyl ketone
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropenyl methyl ketone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:30:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 359.65520769855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropenyl methyl ketone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:44:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.80874839055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropyl acrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropyl acrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:34:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383.0782942758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropyl acrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropyl isobutyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropyl isobutyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:40:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.2121017382;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropyl isobutyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropyl methyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropyl methyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 08:43:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 351.2065071302;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropyl methyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropyl propyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropyl propyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 457.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Jun 02, 2020 at 12:07:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.37259808;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropyl propyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropyl propyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropyl propyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 405.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 09:02:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.0753045878;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropyl propyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 305.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:16:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 305.392082536635;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.56;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:05:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 426.18499810591;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 427.91;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:20:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.25526278;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isopropylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isopropylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.58;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:47:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.1464580832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:45 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isopropylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isoquinoline
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isoquinoline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 516.4;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:48:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 513.29097494855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isoquinoline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Isoxazole
   mksEnt = MKSEntity;
   mksEnt.identifier = "Isoxazole";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:38:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.80022346055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Isoxazole
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Itaconic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Itaconic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 601;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:18:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 563.6757180518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Itaconic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Ketene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Ketene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 223.34;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:37:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 231.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Ketene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Levulinic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Levulinic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:36:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 499.102763295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Levulinic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: L-Glutamic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "L-Glutamic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 670;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:40:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: L-Glutamic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: L-Lysine
   mksEnt = MKSEntity;
   mksEnt.identifier = "L-Lysine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 615;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:24:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: L-Lysine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: L-Phenylalanine
   mksEnt = MKSEntity;
   mksEnt.identifier = "L-Phenylalanine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 628;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:05:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: L-Phenylalanine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Maleic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Maleic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 565;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:38:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558.3680323808;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Maleic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Maleic anhydride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Maleic anhydride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:31:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 507.90084780455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Maleic anhydride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Maleonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Maleonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 492;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:30:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 485.3098384502;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:46 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Maleonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Malonic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Malonic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 580;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:48:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 537.229598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Malonic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Malononitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Malononitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:34:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.2240987702;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Malononitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: m-Chloroaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "m-Chloroaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 501.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:03:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.1589686758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: m-Chloroaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: m-Chlorobenzoyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "m-Chlorobenzoyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 498;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:44:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 503.9049393152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: m-Chlorobenzoyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: m-Cymene
   mksEnt = MKSEntity;
   mksEnt.identifier = "m-Cymene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.23;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:20:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.4451049112;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: m-Cymene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Melamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Melamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 704;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:31:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 602.90478012455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Melamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methacrolein
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methacrolein";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:55:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 349.316921375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methacrolein
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methacrylic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methacrylic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:58:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432.46079457375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methacrylic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methacrylonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methacrylonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 363.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:42:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 385.1254741728;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methacrylonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methanesulfonyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methanesulfonyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 434.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:49:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.6966014592;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methanesulfonyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methanethiol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methanethiol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 279.104;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:21:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 279.545869252124;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:47 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methanethiol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Nagata (1969)";
         mksDtm.comment = "Jun 27, 2021 at 18:50:24 - MKS 001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 338.120067944963;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methoxyacetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methoxyacetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.26;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 21:50:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.77186776495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methoxyacetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methoxycyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methoxycyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Olson + Hipsher + Buess + Goodman + Hart + Lamneck + Gibbons (1947)";
         mksDtm.comment = "Feb 25, 2021 at 15:44:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.1310593248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methoxycyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl 2,2-dimethylpropionate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl 2,2-dimethylpropionate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hancock + Watson + Gilby (1954)";
         mksDtm.comment = "Oct 20, 2022 at 11:47:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.42486999695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl 2,2-dimethylpropionate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl 2-methylbutyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl 2-methylbutyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hancock + Watson + Gilby (1954)";
         mksDtm.comment = "Oct 20, 2022 at 11:44:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.84317281295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl 2-methylbutyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl 3-methylbutanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl 3-methylbutanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Vogel (1948c)";
         mksDtm.comment = "Feb 17, 2021 at 11:34:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.84317281295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl 3-methylbutanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 13:41:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.578852547354;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl acetoacetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl acetoacetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 444.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:36:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 420.4465136408;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl acetoacetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl acrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl acrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:59:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 349.1523630102;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl acrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl benzoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl benzoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:58:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.0381534232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl benzoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl bromide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl bromide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 276.71;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 20:51:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 299.1495550598;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:48 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl bromide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 248.94;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 20:54:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 249.34816957069;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl chloroacetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl chloroacetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.97;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:52:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.43817638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl chloroacetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl chloroformate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl chloroformate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 344;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:43:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 338.46546121655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl chloroformate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl chlorosilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl chlorosilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 281.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 22:51:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl chlorosilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl cyanoacetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl cyanoacetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.24;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:44:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.42462483255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl cyanoacetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl fluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl fluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 194.82;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:50:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 195.187209781167;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:49 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl fluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 304.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:03:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 305.356610252231;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl iodide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl iodide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 315.58;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:51:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.14816700055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl iodide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl isobutyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl isobutyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:50:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 360.80874839055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl isobutyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl isocyanate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl isocyanate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 312;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:52:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 311.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl isocyanate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl lactate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl lactate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:28:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.4534817238;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl lactate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl methacrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl methacrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:34:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.02729762375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl methacrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl n-butyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl n-butyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:48:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.466092321343;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl n-butyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl n-decanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl n-decanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:48:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.78269710495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl n-decanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl n-hexanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl n-hexanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Vogel (1948c)";
         mksDtm.comment = "Mar 05, 2021 at 16:44:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421.48015340495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl n-hexanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl n-pentanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl n-pentanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hancock + Watson + Gilby (1954)";
         mksDtm.comment = "Oct 20, 2022 at 10:59:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 398.89460861895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl n-pentanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl pentafluoroethyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl pentafluoroethyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 278.74;
         mksDtm.valueAccuracy = 0.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Sako + Sato + Nakazawa + Oowa + Yasumoto + Ito + Yamashita (1996)";
         mksDtm.comment = "Sep 20, 2022 at 20:10:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 252.16690420895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl pentafluoroethyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl pentyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl pentyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:32:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.1942340248;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl pentyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl propionate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl propionate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:25:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.129533257288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl propionate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl propyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl propyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 08:47:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.0150208262;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl propyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl salicylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl salicylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 15:00:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 525.29898357455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl salicylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl tert-pentyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl tert-pentyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 359.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:34:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.6254942688;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:50 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl tert-pentyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl tert-pentyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl tert-pentyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:48:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.8757991158;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl tert-pentyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyl vinyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyl vinyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 278.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:33:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 291.70507211375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyl vinyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 266.82;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 22:52:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 267.200692405669;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "White + Bishop (1940)";
         mksDtm.comment = "Jan 11, 2012 at 13:42:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.698919722922;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 344.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Myers (1956)";
         mksDtm.comment = "Feb 28, 2023 at 11:17:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.529191384719;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methylenecyclobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methylenecyclobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 315.361;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Scott (1980)";
         mksDtm.comment = "Nov 23, 2013 at 13:24:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 326.92517908455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methylenecyclobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methylglutaronitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methylglutaronitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 536.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:19:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 505.8513712128;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methylglutaronitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 216.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 22:52:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Methyltrichlorosilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Methyltrichlorosilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 342.52;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Rugina + Sacarescu (1992)";
         mksDtm.comment = "Nov 21, 2021 at 12:05:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 335.87036042375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Methyltrichlorosilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Molybdenum hexafluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Molybdenum hexafluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 307;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Ambrose (1980)";
         mksDtm.comment = "Jul 01, 2010 at 17:02:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Molybdenum hexafluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Morpholine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Morpholine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:35:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.1771766232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Morpholine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: m-Xylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "m-Xylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.27;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:44:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.876744944251;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: m-Xylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-(2-Aminoethyl)ethanolamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-(2-Aminoethyl)ethanolamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 517;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:07:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.0134297728;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-(2-Aminoethyl)ethanolamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-(2-Aminoethyl)piperazine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-(2-Aminoethyl)piperazine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:36:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 501.15836122455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-(2-Aminoethyl)piperazine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-(2-Hydroxyethyl)piperazine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-(2-Hydroxyethyl)piperazine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 519.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:23:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 520.95022262375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:51 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-(2-Hydroxyethyl)piperazine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N,N,N',N'-Tetramethyl-1,2-ethanediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N,N,N',N'-Tetramethyl-1,2-ethanediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:38:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.6692957272;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N,N,N',N'-Tetramethyl-1,2-ethanediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N,N-Diethylaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "N,N-Diethylaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.42;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:37:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.20312830095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N,N-Diethylaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N,N-Diethylhydroxylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N,N-Diethylhydroxylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:04:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.60423225695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N,N-Diethylhydroxylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N,N-Dimethylacetamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "N,N-Dimethylacetamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 439.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:35:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.35313602255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N,N-Dimethylacetamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N,N-Dimethylaminoethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "N,N-Dimethylaminoethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:04:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 409.4231303192;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N,N-Dimethylaminoethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N,N-Dimethylaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "N,N-Dimethylaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 466.69;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:59:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.49512546055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N,N-Dimethylaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N,N-Dimethylbutylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N,N-Dimethylbutylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 367.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:51:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.577734375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N,N-Dimethylbutylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N,N-Dimethylformamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "N,N-Dimethylformamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.63;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Muñoz + Montón + Burguet + Torre (2005)";
         mksDtm.comment = "Aug 06, 2020 at 18:25:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.2303192792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N,N-Dimethylformamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N,N'-di-tert-Butyl-ethylenediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N,N'-di-tert-Butyl-ethylenediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 462.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:38:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.693678;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N,N'-di-tert-Butyl-ethylenediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Naphthacene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Naphthacene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 716.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:08:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 672.323284;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Naphthacene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Naphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Naphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Blacet + Leighton + Bartlett (1931)";
         mksDtm.comment = "Feb 07, 2024 at 08:10:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.85073743695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Naphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 272.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:36:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 273.109236516873;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:04:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.713160441353;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butyl benzoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butyl benzoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 523.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:42:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 525.2630942918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butyl benzoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 379.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:42:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.182387855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:52 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butyl isocyanate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butyl isocyanate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:38:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 380.59;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butyl isocyanate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butyl methyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butyl methyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 343.31;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:25:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.604816295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butyl methyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butyl methyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butyl methyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Morris + Lanum + Helm + Haines + Cook + Ball (1960)";
         mksDtm.comment = "Sep 20, 2014 at 09:46:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.8564852352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butyl methyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butyl pentanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butyl pentanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:53:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 463.93935234375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butyl pentanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butyl stearate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butyl stearate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 623.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:46:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 656.929801;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butyl stearate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 350.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:01:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 349.954250785111;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:18:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.6416614358;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Butylperoxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Butylperoxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 405;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:47:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.7470410208;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Butylperoxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Decane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Decane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 17:15:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.981195091933;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Decane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Decanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Decanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 543.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Pool + Ralston (1942)";
         mksDtm.comment = "Jan 29, 2024 at 22:21:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 551.86917359495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Decanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Decyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Decyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 517.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:32:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 520.84842416895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Decyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Decylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Decylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 571.04;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:01:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 569.57259751295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Decylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Decylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Decylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 570.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:03:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 557.2471595462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Decylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Docosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Docosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 641.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:46:56 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 630.756568;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Docosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Dodecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Dodecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.47;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:34:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 490.18952406731;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Dodecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Dodecanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Dodecanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 572.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Pool + Ralston (1942)";
         mksDtm.comment = "Jan 29, 2024 at 22:19:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 581.94608741855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:53 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Dodecanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Dotriacontane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Dotriacontane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 738.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 13:05:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 746.794588;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Dotriacontane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Eicosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Eicosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 616.93;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:39:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 617.769049455192;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Eicosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Ethyl-2-methylallylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Ethyl-2-methylallylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:18:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 381.7488759158;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Ethyl-2-methylallylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Ethylaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Ethylaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:59:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.21222759295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:54 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Ethylaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Ethylpiperazine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Ethylpiperazine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.17;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Gu + Fang (2000)";
         mksDtm.comment = "Feb 06, 2024 at 20:04:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.67063981375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Ethylpiperazine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Formylaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Formylaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 544.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:42:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.53454018495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Formylaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Heneicosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Heneicosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 629.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:42:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 619.152766;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Heneicosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Heptacosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Heptacosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 695.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:59:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 688.775578;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Heptacosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Heptadecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Heptadecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 575.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:03:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 575.981815010251;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Heptadecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Heptadecanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Heptadecanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 635.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:02:37 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 643.572493;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Heptadecanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Heptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Heptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.58;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:36:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.137980686652;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Heptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Heptanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Heptanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 496.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Pool + Ralston (1942)";
         mksDtm.comment = "Jan 29, 2024 at 22:23:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 499.97407627655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Heptanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Heptyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Heptyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:59:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 470.3638501272;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Heptyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Hexacosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Hexacosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 685.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:57:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 677.171776;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Hexacosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Hexadecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Hexadecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Aug 31, 2012 at 17:16:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 560.808709130081;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Hexadecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Hexadecanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Hexadecanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 624.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:04:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 631.968691;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Hexadecanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Hexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Hexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Lemons + Felsing (1943)";
         mksDtm.comment = "Aug 21, 2012 at 14:05:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 342.41583669519;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Hexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Hexanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Hexanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 14, 2020 at 21:00:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.86778341495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:55 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Hexanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Hexyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Hexyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 444.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 22:00:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.16173464655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Hexyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Hexyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Hexyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:27:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.8739929142;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Hexyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Hexylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Hexylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:33:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.9455423958;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Hexylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Nicotinic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Nicotinic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 526;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:01:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 530.73759787095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Nicotinic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Nitric acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Nitric acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 356.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 20:10:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422.0008002998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Nitric acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Nitrobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Nitrobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 480.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Vogel (1948a)";
         mksDtm.comment = "Jun 23, 2020 at 21:41:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 479.8247929568;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Nitrobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Nitroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Nitroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.22;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:04:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.37803077495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Nitroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Nitrogen trichloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Nitrogen trichloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 344.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 19:48:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 331.2322736582;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Nitrogen trichloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Nitroglycerine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Nitroglycerine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 523;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:24:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 605.99810105855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Nitroglycerine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Nitromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Nitromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Toops (1956)";
         mksDtm.comment = "Nov 02, 2022 at 12:36:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 339.57176629895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Nitromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Methylacetamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Methylacetamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:02:39 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.71077224255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Methylacetamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Methylaniline
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Methylaniline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.02;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 13:55:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.31368331095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Methylaniline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Methylcyclohexylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Methylcyclohexylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:33:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422.7853901592;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Methylcyclohexylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Methyldiethanolamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Methyldiethanolamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 520.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:39:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 506.5786795008;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Methyldiethanolamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Methylformamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Methylformamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.66;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 11:03:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 354.7048112792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:56 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Methylformamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Methylpiperidine
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Methylpiperidine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Lanum + Morris (1969)";
         mksDtm.comment = "Feb 07, 2024 at 10:20:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 390.73464277455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Methylpiperidine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Nonacosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Nonacosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 713.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 13:02:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 711.983182;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Nonacosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Nonadecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Nonadecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 603.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:30:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 603.876306182838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Nonadecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Nonadecanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Nonadecanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 659.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:29:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 666.780097;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Nonadecanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Nonane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Nonane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.97;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:01:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.615949194167;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Nonane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Nonanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Nonanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 527.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 13:43:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 535.47477136655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Nonanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Nonyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Nonyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.1;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:49:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.78269710495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Nonyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Nonylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Nonylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:07:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.9165028352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Nonylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Octacosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Octacosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 704.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 13:01:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 700.37938;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Octacosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Octadecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Octadecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 589.86;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:24:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 590.309164492772;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Octadecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Octadecanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Octadecanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 648.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:24:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 655.176295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Octadecanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Octane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Octane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 398.818;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Pomerantz + Fookson + Mears + Rothberg + Howard (1954)";
         mksDtm.comment = "Mar 13, 2021 at 11:49:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 399.448317467519;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Octane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Octanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Octanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 510.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 05, 2012 at 13:53:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 518.17640559375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:57 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Octanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Octyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Octyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:19:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.81300649655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Octyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Nonylphenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Nonylphenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 581;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:15:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 572.4418469558;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Nonylphenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Pentacosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Pentacosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 675.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:54:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 665.567974;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Pentacosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Pentadecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Pentadecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 543.83;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:17:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 544.61364070072;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Pentadecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Pentadecanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Pentadecanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 612.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:17:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 620.364889;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Pentadecanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Pentadecylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Pentadecylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 639.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:41:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 633.683869;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Pentadecylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Pentanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Pentanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:47:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 382.0619366582;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Pentanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Pentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Pentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 309.218;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Douslin (1974)";
         mksDtm.comment = "Jan 25, 2018 at 18:33:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 309.716422761493;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Pentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Pentanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Pentanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 14, 2020 at 20:54:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.604927817642;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Pentanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Pentyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Pentyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:30:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 421.48015340495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Pentyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Pentyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Pentyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:11:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 428.4801721568;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Pentyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-Phenylacetamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-Phenylacetamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 576.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:42:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 573.90909782;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-Phenylacetamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Propyl acrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Propyl acrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:35:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.1704525478;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Propyl acrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Propyl benzoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Propyl benzoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 504.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:18:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 507.42541088;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Propyl benzoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Propylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Propylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 321.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:17:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.854818401613;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:58 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Propylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Propylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Propylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.11;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:54:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.1445722072;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Propylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: N-tert-Butylformamide
   mksEnt = MKSEntity;
   mksEnt.identifier = "N-tert-Butylformamide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:58:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 402.3372312678;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: N-tert-Butylformamide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Tetracosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Tetracosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 664.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:52:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 653.964172;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Tetracosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Tetradecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Tetradecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 526.63;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Kneisl + Zondlo (1987)";
         mksDtm.comment = "Jul 29, 2013 at 11:06:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 527.488423194813;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Tetradecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Tetradecanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Tetradecanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 599.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:07:47 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 608.40714706455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Tetradecanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Triacontane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Triacontane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 722.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 13:05:02 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 723.586984;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Triacontane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Tricosane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Tricosane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 653.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:48:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 642.36037;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Tricosane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Tridecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Tridecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 508.62;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:49:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 509.356826341976;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Tridecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Tridecanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Tridecanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 585.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Pool + Ralston (1942)";
         mksDtm.comment = "Jan 29, 2024 at 22:18:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 595.62859901375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Tridecanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Undecane
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Undecane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.08;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:52:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.777670779857;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Undecane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: n-Undecanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "n-Undecanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 557.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Pool + Ralston (1942)";
         mksDtm.comment = "Jan 29, 2024 at 22:20:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 567.35961227895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: n-Undecanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Octachlorotrisilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Octachlorotrisilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.65;
         mksDtm.valueAccuracy = 1.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Martin (1914)";
         mksDtm.comment = "Mar 06, 2021 at 10:02:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.73963325695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Octachlorotrisilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Octadecamethyloctasiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Octadecamethyloctasiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 583.6;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:26:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 683.016796;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:49:59 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Octadecamethyloctasiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Octamethylcyclotetrasiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Octamethylcyclotetrasiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mills + MacKenzie (1954)";
         mksDtm.comment = "Dec 18, 2012 at 00:05:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.3155322392;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Octamethylcyclotetrasiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Octamethyltrisiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Octamethyltrisiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.7;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:44:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.15580206895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Octamethyltrisiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Octanedioic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Octanedioic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 625;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:42:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 609.689837495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Octanedioic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Octyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Octyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 471.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:55:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.9497437958;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Octyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: o-Cymene
   mksEnt = MKSEntity;
   mksEnt.identifier = "o-Cymene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.33;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:20:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.4451049112;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: o-Cymene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Oxalic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Oxalic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 569;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:38:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 520.0256594678;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Oxalic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Oxazole
   mksEnt = MKSEntity;
   mksEnt.identifier = "Oxazole";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 342.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:39:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.80022346055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Oxazole
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: o-Xylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "o-Xylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.58;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 20:44:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.221236677842;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: o-Xylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: p-Aminoazobenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "p-Aminoazobenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 633;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:42:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 629.889397;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: p-Aminoazobenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Paraldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Paraldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:14:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.6943646518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:00 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Paraldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: p-Benzoquinone
   mksEnt = MKSEntity;
   mksEnt.identifier = "p-Benzoquinone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:54:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 491.1960276192;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: p-Benzoquinone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: p-Cymene
   mksEnt = MKSEntity;
   mksEnt.identifier = "p-Cymene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.28;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:21:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.945717131171;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: p-Cymene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pentachloroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pentachloroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 433.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:23:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.1771766232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pentachloroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pentachlorofluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pentachlorofluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:09:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.71850417375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pentachlorofluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pentaerythritol tetranitrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pentaerythritol tetranitrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 543;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:29:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 692.85751;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pentaerythritol tetranitrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pentaethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pentaethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 550.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 18:02:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 569.54798052375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pentaethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pentafluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pentafluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 234.04;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 22:16:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 225.409969527779;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pentafluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pentafluoroethyl trifluorovinyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pentafluoroethyl trifluorovinyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 281.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:28:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pentafluoroethyl trifluorovinyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pentamethylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pentamethylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 504.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:44:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.71676911375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pentamethylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pentanenitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pentanenitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:38:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.0708184288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pentanenitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Peracetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Peracetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:05:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 409.8525911078;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Peracetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluoro-2-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluoro-2-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 270.36;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:27:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 252.6443770008;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluoro-2-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluoro-2-methylpentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluoro-2-methylpentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.89;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Stiles + Cady (1952)";
         mksDtm.comment = "Oct 18, 2023 at 17:24:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 218.9823291462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluoro-2-methylpentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluorobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluorobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 271.45;
         mksDtm.valueAccuracy = 0.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Fowler + Hamilton + Kasper + Weber + Burford + Anderson (1947)";
         mksDtm.comment = "Oct 18, 2023 at 17:53:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 207.4124768438;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluorobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluorocyclobutane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluorocyclobutane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 267.17;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:28:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 238.9408015832;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:01 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluorocyclobutane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluoroethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluoroethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 194.87;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 20, 2010 at 10:22:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 195.527554806793;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluoroethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluoroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluoroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 197.53;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 23:16:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 241.49086838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluoroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluoroheptane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluoroheptane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 355.62;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Fowler + Hamilton + Kasper + Weber + Burford + Anderson (1947)";
         mksDtm.comment = "Oct 18, 2023 at 17:54:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 224.714882255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluoroheptane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluorohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluorohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.38;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Stiles + Cady (1952)";
         mksDtm.comment = "Oct 18, 2023 at 17:26:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 218.9823291462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluorohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluoromethylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluoromethylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 349.48;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Fowler + Hamilton + Kasper + Weber + Burford + Anderson (1947)";
         mksDtm.comment = "Oct 18, 2023 at 17:54:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 270.8928040152;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluoromethylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluoropropane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluoropropane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 236.42;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 20, 2010 at 20:38:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 201.5751776502;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluoropropane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Perfluoropropylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Perfluoropropylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 243.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:25:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 247.0850803712;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Perfluoropropylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phenanthrene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phenanthrene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 613.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:53:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 612.456668630371;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phenanthrene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phenol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phenol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 454.99;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:09:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 455.659677783937;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phenol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phenyl isocyanate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phenyl isocyanate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 16:04:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Joback Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phenyl isocyanate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phenylacetylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phenylacetylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:47:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.12018506055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phenylacetylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phenylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phenylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 513.27;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 06, 2010 at 21:51:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 510.87530355695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phenylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phenylhydrazine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phenylhydrazine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 516.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:21:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.34186771095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phenylhydrazine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phenyltrichloromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phenyltrichloromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:47:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 475.6762324838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phenyltrichloromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phosgene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phosgene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 280.71;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 19:20:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 343.44057020495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:02 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phosgene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phosphorus oxychloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phosphorus oxychloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 19:49:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.06007995895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phosphorus oxychloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phosphorus trichloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phosphorus trichloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 349.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 19:51:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 349.94393823695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phosphorus trichloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phthalan
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phthalan";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 465.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:54:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458.3415295398;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phthalan
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Phthalic anhydride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Phthalic anhydride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 557.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:46:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 587.06758861295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Phthalic anhydride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: p-Hydroquinone
   mksEnt = MKSEntity;
   mksEnt.identifier = "p-Hydroquinone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:11:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 502.8056332928;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: p-Hydroquinone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Piperazine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Piperazine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:38:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 436.8551426048;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Piperazine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Piperidine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Piperidine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 379.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:57:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 401.0119035158;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:03 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Piperidine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pivalic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pivalic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Hancock + Watson + Gilby (1954)";
         mksDtm.comment = "Oct 20, 2022 at 10:59:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 439.96095018695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pivalic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 238.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:40:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 239.20005357601;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propanal
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propanal";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 321.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:34:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.876383055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propanal
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 231.1;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Streng (1971)";
         mksDtm.comment = "Feb 25, 2023 at 16:17:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 231.4670805759;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propanenitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propanenitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:32:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 369.5561001368;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propanenitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propanoic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propanoic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.32;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 17:39:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414.748953540097;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propanoic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propanoic anhydride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propanoic anhydride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wright (1961)";
         mksDtm.comment = "Jul 16, 2012 at 11:29:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.170269895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propanoic anhydride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 374.21;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Fárková + Wichterle (1993)";
         mksDtm.comment = "Feb 25, 2024 at 15:09:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.206879638255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propyl butyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propyl butyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.74;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Fárková + Wichterle (1993)";
         mksDtm.comment = "Feb 25, 2024 at 15:11:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 417.161518517245;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propyl butyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 353.64;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Fárková + Wichterle (1993)";
         mksDtm.comment = "Feb 25, 2024 at 14:32:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 355.227125899886;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propyl isobutyrate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propyl isobutyrate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 408.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:30:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 407.97363369095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propyl isobutyrate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propyl methacrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propyl methacrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 414;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:05:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 413.73087039695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propyl methacrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propyl propanoate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propyl propanoate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 395.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Fárková + Wichterle (1993)";
         mksDtm.comment = "Feb 25, 2024 at 15:10:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.225026586584;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propyl propanoate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:21:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.65851392;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 225.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Streng (1971)";
         mksDtm.comment = "Feb 25, 2023 at 16:24:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 225.834931420143;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propylene carbonate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propylene carbonate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 514.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 20:57:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 470.12386031255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:04 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propylene carbonate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Propyne
   mksEnt = MKSEntity;
   mksEnt.identifier = "Propyne";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 245.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Maass + Wright (1921)";
         mksDtm.comment = "Feb 25, 2023 at 17:22:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 250.506789812264;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Propyne
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: p-Terphenyl
   mksEnt = MKSEntity;
   mksEnt.identifier = "p-Terphenyl";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 649.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:11:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 627.929878;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: p-Terphenyl
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: p-Xylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "p-Xylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 411.51;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Osborn + Douslin (1974)";
         mksDtm.comment = "Jan 25, 2018 at 18:41:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 412.118026130642;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: p-Xylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pyrazine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pyrazine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:33:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.380288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pyrazine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pyrazole
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pyrazole";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 460.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:42:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 460.0542252632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pyrazole
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pyrene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pyrene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 667.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 17:58:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 644.985838;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pyrene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pyridazine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pyridazine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 481.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:34:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.380288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pyridazine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pyridine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pyridine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.41;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:12:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 388.965036206073;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pyridine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pyrimidine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pyrimidine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:35:08 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.380288;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pyrimidine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pyrrole
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pyrrole";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 403;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:42:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 381.6705860742;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:05 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pyrrole
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pyrrolidine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pyrrolidine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 359.72;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:34:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.4149852198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pyrrolidine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Pyruvic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Pyruvic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 438.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:47:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 459.9018640022;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Pyruvic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Quinoline
   mksEnt = MKSEntity;
   mksEnt.identifier = "Quinoline";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 510.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:51:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 511.072542118469;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Quinoline
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: sec-Butyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "sec-Butyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 385.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:05:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.84317281295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: sec-Butyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: sec-Butyl acrylate
   mksEnt = MKSEntity;
   mksEnt.identifier = "sec-Butyl acrylate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 404.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:03:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 406.27630982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: sec-Butyl acrylate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: sec-Butyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "sec-Butyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:41:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.304416255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: sec-Butyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: sec-Butyl methyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "sec-Butyl methyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:28:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 330.345430655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: sec-Butyl methyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: sec-Butylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "sec-Butylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 336.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:01:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.8529112982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: sec-Butylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Silicon tetrachloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Silicon tetrachloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 329.78;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Rugina + Sacarescu (1992)";
         mksDtm.comment = "Nov 21, 2021 at 12:00:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 348.44225316375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Silicon tetrachloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Styrene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Styrene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 418.31;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:52:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.7502155488;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Styrene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Succinic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Succinic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 591;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 20:58:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 553.5295729878;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Succinic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Succinonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Succinonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 540.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:33:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 479.3063886048;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Succinonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Sulfolane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Sulfolane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 558.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:27:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Sulfolane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Sulfur dichloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Sulfur dichloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 19:45:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.248785455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Sulfur dichloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Sulfur trioxide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Sulfur trioxide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 317.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 21:54:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 318.237910435336;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Sulfur trioxide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Sulfuryl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Sulfuryl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 342.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 13:19:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 439.4931990182;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Sulfuryl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Terephthaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Terephthaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 519.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:47:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 522.0172828568;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:06 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Terephthaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Butyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Butyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.86;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Montón + Muñoz + Burguet + Torre (2005)";
         mksDtm.comment = "Feb 25, 2024 at 12:48:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 375.42486999695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Butyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Butyl ethyl disulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Butyl ethyl disulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 448.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Jun 02, 2020 at 11:24:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 453.20006432;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Butyl ethyl disulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Butyl ethyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Butyl ethyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 393.55;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "McAllan + Cullum + Dean + Fidler (1951)";
         mksDtm.comment = "Nov 24, 2013 at 08:59:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.8757991158;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Butyl ethyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Butyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Butyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 355.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:41:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383.000172095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Butyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Butyl methyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Butyl methyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 328.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Olson + Hipsher + Buess + Goodman + Hart + Lamneck + Gibbons (1947)";
         mksDtm.comment = "Feb 25, 2021 at 15:28:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.132859455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Butyl methyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Butyl methyl sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Butyl methyl sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:36:48 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 366.0350811672;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Butyl methyl sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Butylbenzene
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Butylbenzene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.3;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:19:58 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 443.10913996655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Butylbenzene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Dodecylmercaptan
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Dodecylmercaptan";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 515.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:39:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 524.55169318655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Dodecylmercaptan
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Nonyl mercaptan
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Nonyl mercaptan";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:07:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 468.21590294855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Nonyl mercaptan
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tert-Octyl mercaptan
   mksEnt = MKSEntity;
   mksEnt.identifier = "tert-Octyl mercaptan";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:40:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.62937911375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tert-Octyl mercaptan
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetrachloroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetrachloroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mumford + Phillips (1950)";
         mksDtm.comment = "Sep 21, 2012 at 13:22:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 387.37921952;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetrachloroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetrachlorothiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetrachlorothiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 506.54;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:25:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 503.93542998;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:07 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetrachlorothiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetradecamethylhexasiloxane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetradecamethylhexasiloxane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 532.9;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:10:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 608.575013895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetradecamethylhexasiloxane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetradecylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetradecylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 564.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:09:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 560.4554993462;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetradecylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetraethoxysilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetraethoxysilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.67;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Kato + Tanaka (1989)";
         mksDtm.comment = "Dec 18, 2012 at 12:34:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 484.85415580055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetraethoxysilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetraethylene glycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetraethylene glycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 581;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:39:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 588.9229344728;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetraethylene glycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetraethylene glycol dimethyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetraethylene glycol dimethyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 548.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 23:34:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 536.9805012632;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetraethylene glycol dimethyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetraethylenepentamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetraethylenepentamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 606.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:43:44 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 593.0607393408;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetraethylenepentamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetraethyllead
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetraethyllead";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 473.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:42:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetraethyllead
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetraethylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetraethylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mills + MacKenzie (1954)";
         mksDtm.comment = "Dec 18, 2012 at 10:54:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.55004844855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetraethylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetrafluorohydrazine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetrafluorohydrazine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 198.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 20:03:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 246.66320918;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetrafluorohydrazine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetrahydro-2-furanmethanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetrahydro-2-furanmethanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 10:51:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 445.5489239192;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetrahydro-2-furanmethanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetrahydrofuran
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetrahydrofuran";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 338;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:16:46 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 339.646687724064;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetrahydrofuran
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetrahydrothiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetrahydrothiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 394.27;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:29:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.8652455648;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetrahydrothiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetramethoxysilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetramethoxysilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 393.27;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Kato + Tanaka (1989)";
         mksDtm.comment = "Dec 18, 2012 at 12:51:36 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.12983762695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetramethoxysilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetramethylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetramethylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 298.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Mills + MacKenzie (1954)";
         mksDtm.comment = "Dec 18, 2012 at 10:52:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 296.80097534375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetramethylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tetranitromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tetranitromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 398.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 22:55:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 596.8429375638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:08 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tetranitromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Thiodiglycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Thiodiglycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 555.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:51:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 522.6110668902;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Thiodiglycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Thioglycolic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Thioglycolic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 00:03:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 470.2976589848;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Thioglycolic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Thionyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Thionyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 348.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 13:19:15 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 424.1875056278;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Thionyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Thiophene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Thiophene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.31;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:39:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.872442666026;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Thiophene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Thiophosphoryl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Thiophosphoryl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 398.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 19:52:19 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Thiophosphoryl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Titanium tetrachloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Titanium tetrachloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 409;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 19:54:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Titanium tetrachloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Toluene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Toluene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Myers (1956)";
         mksDtm.comment = "Feb 28, 2023 at 11:15:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.366267017833;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Toluene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans,trans-2,4-Hexadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans,trans-2,4-Hexadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 355.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:27:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 359.9083485848;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans,trans-2,4-Hexadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-1,2-Dichloroethylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-1,2-Dichloroethylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:29:21 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.0419226758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:09 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-1,2-Dichloroethylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-1,2-Dimethylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-1,2-Dimethylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.58;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:44:09 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-1,2-Dimethylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-1,2-Dimethylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-1,2-Dimethylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.02;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:10:23 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-1,2-Dimethylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-1,3-Dimethylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-1,3-Dimethylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.61;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:44:55 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-1,3-Dimethylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-1,3-Dimethylcyclopentane
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-1,3-Dimethylcyclopentane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.88;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:11:05 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.490826287856;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-1,3-Dimethylcyclopentane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-1,3-Pentadiene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-1,3-Pentadiene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 315.17;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:25:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 325.13986900695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-1,3-Pentadiene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-1,4-Dicyano-2-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-1,4-Dicyano-2-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 547;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:06:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 522.2056680278;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-1,4-Dicyano-2-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-1,4-Dimethylcyclohexane
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-1,4-Dimethylcyclohexane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 392.51;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:45:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-1,4-Dimethylcyclohexane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-1-Phenyl-1-propene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-1-Phenyl-1-propene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 451.41;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:59:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 449.58857428895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-1-Phenyl-1-propene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-2-Butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-2-Butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 274.03;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 21:07:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 274.481235147658;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-2-Butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-2-Heptene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-2-Heptene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 371.1;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:13:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.6592536032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-2-Heptene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-2-Hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-2-Hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.02;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:49:57 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.3131819638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-2-Hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-2-Methylcyclohexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-2-Methylcyclohexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 439.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:22:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-2-Methylcyclohexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-2-Octene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-2-Octene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 398.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:51:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.1013616982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-2-Octene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-2-Pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-2-Pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 309.49;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:44:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 327.06314678;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-2-Pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-2-Phenyl-2-butene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-2-Phenyl-2-butene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:16:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 464.5850862518;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-2-Phenyl-2-butene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-3-Heptene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-3-Heptene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.82;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:14:45 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 376.6592536032;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-3-Heptene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-3-Hexene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-3-Hexene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 340.24;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:51:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.3131819638;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-3-Hexene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-3-Methyl-2-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-3-Methyl-2-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 343.59;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:55:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.51175778495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-3-Methyl-2-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-3-Methylcyclohexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-3-Methylcyclohexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 441.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:22:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-3-Methylcyclohexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-3-Octene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-3-Octene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 396.45;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:52:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.1013616982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:10 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-3-Octene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-4-Methyl-2-pentene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-4-Methyl-2-pentene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 331.75;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:56:07 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 337.2004871958;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-4-Methyl-2-pentene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-4-Methylcyclohexanol
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-4-Methylcyclohexanol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 444.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:23:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-4-Methylcyclohexanol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-4-Octene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-4-Octene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 395.41;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 04, 2010 at 21:53:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.1013616982;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-4-Octene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-Cinnamic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-Cinnamic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 573.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:53:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 560.6595213942;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-Cinnamic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-Crotonaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-Crotonaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 377.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:52:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 365.4530810198;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-Crotonaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-Crotonic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-Crotonic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:58:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 446.48142935255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-Crotonic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-Decahydronaphthalene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-Decahydronaphthalene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 460.46;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:46:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 461.162000113569;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-Decahydronaphthalene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: trans-Stilbene
   mksEnt = MKSEntity;
   mksEnt.identifier = "trans-Stilbene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 579.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:58:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 562.9312603352;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: trans-Stilbene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triacetone alcohol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triacetone alcohol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 486;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:55:40 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 531.40053251375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triacetone alcohol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triallylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triallylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 14:17:04 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 432.26382493055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triallylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tribromomethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tribromomethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 422.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:31:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 440.3401283558;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tribromomethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tributylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tributylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 487.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:41:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 497.4937860758;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tributylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trichloroacetaldehyde
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trichloroacetaldehyde";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 370.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:19:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 395.84294970695;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trichloroacetaldehyde
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trichloroacetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trichloroacetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 470.78;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:23:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.7401628952;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trichloroacetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trichloroacetonitrile
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trichloroacetonitrile";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 358.85;
         mksDtm.valueAccuracy = 0.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Davies + Jenkin (1954)";
         mksDtm.comment = "Dec 19, 2017 at 14:35:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.06612951255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:11 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trichloroacetonitrile
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trichloroacetyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trichloroacetyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 391.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:08:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 416.7164927798;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trichloroacetyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trichlorofluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trichlorofluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 296.97;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 15:25:51 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 297.29672182473;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trichlorofluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trichlorophenylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trichlorophenylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 474.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 12:59:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 476.9494589318;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trichlorophenylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trichlorosilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trichlorosilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 305;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 13, 2010 at 19:48:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 332.67633952295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trichlorosilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trichlorovinylsilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trichlorovinylsilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 363.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:46:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 358.9763151872;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trichlorovinylsilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triethoxymethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triethoxymethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 419.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Pihlaja + Tuomi (1971)";
         mksDtm.comment = "Apr 30, 2020 at 13:18:35 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 427.1616481862;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triethoxymethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triethyl phosphate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triethyl phosphate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 488.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Evans + Davies + Jones (1930)";
         mksDtm.comment = "Sep 16, 2014 at 16:26:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 506.38941306455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triethyl phosphate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triethylaluminum
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triethylaluminum";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 458.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:49:50 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triethylaluminum
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triethylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triethylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 361.92;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:33:38 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.577734375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triethylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triethylene glycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triethylene glycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 551;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 14:45:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 543.1751381208;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triethylene glycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triethylene glycol dimethyl ether
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triethylene glycol dimethyl ether";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 489.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 13:38:11 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 481.8598744472;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triethylene glycol dimethyl ether
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triethylenediamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triethylenediamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:58:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 425.567828055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triethylenediamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triethylenetetramine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triethylenetetramine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 539.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 15:40:25 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 534.4227238872;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triethylenetetramine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trifluoroacetic acid
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trifluoroacetic acid";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 344.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:24:20 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 378.8259206552;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:12 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trifluoroacetic acid
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trifluoroacetyl fluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trifluoroacetyl fluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 214.1;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Pace + Hodge (1972)";
         mksDtm.comment = "Sep 27, 2022 at 23:08:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 274.88415834255;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trifluoroacetyl fluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trifluoromethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trifluoromethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 190.97;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Domalski + Hearing (1996)";
         mksDtm.comment = "Aug 19, 2010 at 20:17:52 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 191.407946416776;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trifluoromethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triisobutyl phosphate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triisobutyl phosphate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 537.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Evans + Davies + Jones (1930)";
         mksDtm.comment = "Sep 16, 2014 at 16:47:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 575.32527062375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triisobutyl phosphate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trimethoxysilane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trimethoxysilane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.5;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:23:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 372.75038402495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trimethoxysilane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trimethyl borate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trimethyl borate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 341.62;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Kraher + Plank + Laukhuf (1986)";
         mksDtm.comment = "Jul 28, 2012 at 15:08:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 316.44955699055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trimethyl borate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trimethyl phosphate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trimethyl phosphate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 469.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Evans + Davies + Jones (1930)";
         mksDtm.comment = "Sep 16, 2014 at 16:19:31 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 447.29918395055;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trimethyl phosphate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trimethyl phosphite
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trimethyl phosphite";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 384.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Foxton + Jeffery + Vogel (1966)";
         mksDtm.comment = "May 27, 2014 at 10:18:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 389.01573483095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trimethyl phosphite
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trimethyl silane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trimethyl silane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 279.85;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:24:24 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 293.43690201095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trimethyl silane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trimethylaluminum
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trimethylaluminum";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 400.27;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:14:29 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trimethylaluminum
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trimethylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trimethylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 276.02;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:18:03 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 291.9162006752;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trimethylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trimethylene sulfide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trimethylene sulfide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 368.12;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 21:51:27 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 352.3336589912;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trimethylene sulfide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trimethylgallium
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trimethylgallium";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 328.85;
         mksDtm.valueAccuracy = 0.2;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Kraus + Toonder (1933)";
         mksDtm.comment = "Jun 11, 2020 at 11:11:00 - MKS001 Value entered. Measured...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trimethylgallium
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: tri-n-Butyl borate
   mksEnt = MKSEntity;
   mksEnt.identifier = "tri-n-Butyl borate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 506.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 11:39:49 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 514.49274434375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: tri-n-Butyl borate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tri-n-butyl phosphate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tri-n-butyl phosphate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 562.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Evans + Davies + Jones (1930)";
         mksDtm.comment = "Sep 16, 2014 at 16:32:00 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 600.16285559375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:13 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tri-n-butyl phosphate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Trioctylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Trioctylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 639.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:52:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 665.242186;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Trioctylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tripentylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tripentylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 516.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 07, 2010 at 12:20:16 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 549.7483040768;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tripentylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triphenylmethane
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triphenylmethane";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 632.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:26:42 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 632.543611;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triphenylmethane
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Triphenylphosphine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Triphenylphosphine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 650.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 09, 2010 at 12:13:12 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 647.82211;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Triphenylphosphine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tripropyl phosphate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tripropyl phosphate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 525.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Evans + Davies + Jones (1930)";
         mksDtm.comment = "Sep 16, 2014 at 16:27:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 557.34397027895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tripropyl phosphate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tripropylamine
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tripropylamine";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Vogel (1948b)";
         mksDtm.comment = "Sep 28, 2012 at 19:45:01 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 437.1035961752;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tripropylamine
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tripropylene glycol
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tripropylene glycol";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 540.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:06:14 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 557.09864908095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tripropylene glycol
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Tungsten hexafluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Tungsten hexafluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 290;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Ambrose (1980)";
         mksDtm.comment = "Jul 01, 2010 at 17:02:28 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Tungsten hexafluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Uranium hexafluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Uranium hexafluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 329;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Ambrose (1980)";
         mksDtm.comment = "Jul 01, 2010 at 17:03:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Uranium hexafluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Urea
   mksEnt = MKSEntity;
   mksEnt.identifier = "Urea";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 465;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 22:46:54 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 483.82904390295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Urea
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Vinyl acetate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Vinyl acetate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 345.65;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:59:53 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 349.1523630102;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Vinyl acetate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Vinyl bromide
   mksEnt = MKSEntity;
   mksEnt.identifier = "Vinyl bromide";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 288.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:39:41 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 323.43553011095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:14 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Vinyl bromide
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Vinyl chloride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Vinyl chloride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 259.78;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:40:22 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 277.05943034895;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Vinyl chloride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Vinyl fluoride
   mksEnt = MKSEntity;
   mksEnt.identifier = "Vinyl fluoride";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 200.95;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 29, 2010 at 23:47:30 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 237.7577803232;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Vinyl fluoride
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Vinyl formate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Vinyl formate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 320;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:46:18 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 357.03716802375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Vinyl formate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Vinyl pivalate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Vinyl pivalate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 383.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 03, 2010 at 14:06:34 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 397.18953158;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Vinyl pivalate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Vinyl propionate
   mksEnt = MKSEntity;
   mksEnt.identifier = "Vinyl propionate";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 364.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 01, 2010 at 22:35:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.6133895512;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Vinyl propionate
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Vinylacetylene
   mksEnt = MKSEntity;
   mksEnt.identifier = "Vinylacetylene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 278.25;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 22:32:26 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 300.06283635095;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Vinylacetylene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: Water
   mksEnt = MKSEntity;
   mksEnt.identifier = "Water";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.19;
         mksDtm.valueAccuracy = 0.05;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Kneisl + Zondlo (1987)";
         mksDtm.comment = "Sep 18, 2018 at 21:12:10 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 373.708976444941;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Antoine Equation - PGL 2001 [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: Water
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: a-Pinene
   mksEnt = MKSEntity;
   mksEnt.identifier = "a-Pinene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 429.29;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:41:33 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 430.35294392;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: a-Pinene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: a-Terpinene
   mksEnt = MKSEntity;
   mksEnt.identifier = "a-Terpinene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.35;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:42:32 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.4687936792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: a-Terpinene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: ß-Pinene
   mksEnt = MKSEntity;
   mksEnt.identifier = "ß-Pinene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 439.19;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:42:06 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 423.90555539655;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: ß-Pinene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: ß-Propiolactone
   mksEnt = MKSEntity;
   mksEnt.identifier = "ß-Propiolactone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 435.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jun 30, 2010 at 14:45:43 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 426.64599043295;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:15 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: ß-Propiolactone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: ?-Butyrolactone
   mksEnt = MKSEntity;
   mksEnt.identifier = "?-Butyrolactone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 478.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wiberg + Waldron (1991)";
         mksDtm.comment = "Dec 10, 2017 at 17:17:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 450.03824872455;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: ?-Butyrolactone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: ?-Terpinene
   mksEnt = MKSEntity;
   mksEnt.identifier = "?-Terpinene";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 456.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 05, 2010 at 15:42:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 442.4687936792;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: ?-Terpinene
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: d-Valerolactone
   mksEnt = MKSEntity;
   mksEnt.identifier = "d-Valerolactone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 492.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wiberg + Waldron (1991)";
         mksDtm.comment = "Dec 10, 2017 at 22:24:17 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 472.35323459855;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: d-Valerolactone
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: e-Caprolactam
   mksEnt = MKSEntity;
   mksEnt.identifier = "e-Caprolactam";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 543.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Daubert + Danner (1992)";
         mksDtm.comment = "Jul 02, 2010 at 13:45:13 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 547.06317377375;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: e-Caprolactam
   mksReq.entities(end+1) = mksEnt;

   % Entity Start: e-Caprolactone
   mksEnt = MKSEntity;
   mksEnt.identifier = "e-Caprolactone";
   mksEnt.entityType = "Chemical";

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Active";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 511.15;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Wiberg + Waldron (1991)";
         mksDtm.comment = "Dec 10, 2017 at 22:24:59 - MKS001 Value entered.";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

      % Property Start: Boiling Point
      mksPrp = MKSProperty;
      mksPrp.status = "Estimated";
      mksPrp.name = "Boiling Point";
      mksPrp.component = "0";
      mksPrp.dataType = "CDblUnRefDatum";

         mksDtm = MKSDatum;
         mksDtm.value = 493.59094805495;
         mksDtm.valueUnits = "K";
         mksDtm.reference = "Tb: Stein + Brown Method [MKS]";
         mksDtm.comment = "Feb 27, 2024 at 14:50:16 Estimated by SYNAPSE 4.0 export ...";
         mksPrp.data(end+1) = mksDtm;

      % Property End: Boiling Point
      mksEnt.props(end+1) = mksPrp;

   % Entity End: e-Caprolactone
   mksReq.entities(end+1) = mksEnt;