/*--------------------------------*- C++ -*----------------------------------*\ ========= | \\ / F ield | OpenFOAM: The Open Source CFD Toolbox \\ / O peration | Website: https://openfoam.org \\ / A nd | Version: dev \\/ M anipulation | ------------------------------------------------------------------------------- Reference: Daubert, T. E., & Danner, R. P. (1985). Data compilation tables of properties of pure compounds. Notes: This file contains coefficients for NSRDS functions of temperature for interface properties of various liquids. More properties are provided by the reference. This is a subset containing only the properties that we typically require. The properties are provided for liquid compounds, but interface properties relate to a boundary between two phases. It is assumed that these properties relate to the specified liquid in contact with a gaseous phase, and that the property values are insensitive to the state of that gas. It is not clear over what range of conditions these assumptions remain valid. \*---------------------------------------------------------------------------*/ FoamFile { format ascii; class dictionary; location "constant"; object NSRDSinterfaceProperties; } // * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * // C16H34 { sigma { type NSRDS6; Tc 720.6; a 0.05699; b 1.3929; c 0; d 0; e 0; } pSat { type NSRDS1; a 233.1; b -17346; c -32.251; d 0.02407; e 1; } } IDEA { sigma { type NSRDS6; Tc 618.074; a 0.0083846525429; b -10.044759047; c 27.261918781; d -25.529134309; e 8.6488806234; } pSat { type NSRDS1; a 84.817774623; b -8678.2398353; c -9.1277694857; d 4.6153144498e-06; e 2; } } N2 { sigma { type NSRDS6; Tc 126.1; a 0.02898; b 1.2457; c 0; d 0; e 0; } pSat { type NSRDS1; a 59.826; b -1097.6; c -8.6689; d 0.046346; e 1; } } C6H14 { sigma { type NSRDS6; Tc 507.6; a 0.055003; b 1.2674; c 0; d 0; e 0; } pSat { type NSRDS1; a 104.65; b -6995.5; c -12.702; d 1.2381e-05; e 2; } } C6H6 { sigma { type NSRDS6; Tc 562.16; a 0.07195; b 1.2389; c 0; d 0; e 0; } pSat { type NSRDS1; a 78.05; b -6275.5; c -8.4443; d 6.26e-06; e 2; } } C4H10O { sigma { type NSRDS6; Tc 466.7; a 0.057356; b 1.288; c 0; d 0; e 0; } pSat { type NSRDS1; a 101.03; b -6311.5; c -12.27; d 1.377e-05; e 2; } } C8H18 { sigma { type NSRDS6; Tc 568.7; a 0.052789; b 1.2323; c 0; d 0; e 0; } pSat { type NSRDS1; a 96.084; b -7900.2; c -11.003; d 7.1802e-06; e 2; } } IC8H18 { sigma { type NSRDS6; Tc 543.96; a 0.047434; b 1.1975; c 0; d 0; e 0; } pSat { type NSRDS1; a 120.81; b -7550; c -16.111; d 0.017099; e 1; } } CH4N2O { sigma { type NSRDS6; Tc 705; a 1; b 0; c 0; d 0; e 0; } pSat { type NSRDS1; a 3015.15611544; b -185497.059684; c -430.223621983; d 0.00017405122622; e 2; } } C3H8 { sigma { type NSRDS6; Tc 369.83; a 0.05092; b 1.2197; c 0; d 0; e 0; } pSat { type NSRDS1; a 59.078; b -3492.6; c -6.0669; d 1.0919e-05; e 2; } } C2H6 { sigma { type NSRDS6; Tc 305.32; a 0.048643; b 1.1981; c 0; d 0; e 0; } pSat { type NSRDS1; a 51.857; b -2598.7; c -5.1283; d 1.4913e-05; e 2; } } NH3 { sigma { type NSRDS6; Tc 405.65; a 0.0912; b 1.1028; c 0; d 0; e 0; } pSat { type NSRDS1; a 90.451; b -4669; c -11.601; d 0.017183; e 1; } } MB { sigma { type NSRDS6; Tc 554.5; a 0.064084; b 1.2418; c 0; d 0; e 0; } pSat { type NSRDS1; a 107.51; b -8112.9; c -12.77; d 9.2919e-06; e 2; } } C10H22 { sigma { type NSRDS6; Tc 617.7; a 0.055435; b 1.3095; c 0; d 0; e 0; } pSat { type NSRDS1; a 112.73; b -9749.6; c -13.245; d 7.1266e-06; e 2; } } C9H20 { sigma { type NSRDS6; Tc 594.6; a 0.054975; b 1.2897; c 0; d 0; e 0; } pSat { type NSRDS1; a 109.35; b -90304; c -12.882; d 7.8544e-06; e 2; } } C2H5OH { sigma { type NSRDS0; a 0.03764; b -2.157e-05; c -1.025e-07; d 0; e 0; } pSat { type NSRDS1; a 59.796; b -6595; c -5.0474; d 6.3e-07; e 2; } } Ar { sigma { type NSRDS6; Tc 150.86; a 0.03823; b 1.2927; c 0; d 0; e 0; } pSat { type NSRDS1; a 39.233; b -1051.7; c -3.5895; d 5.0444e-05; e 2; } } C14H30 { sigma { type NSRDS6; Tc 692.4; a 0.056436; b 1.3658; c 0; d 0; e 0; } pSat { type NSRDS1; a 249.21; b -16915; c -35.195; d 0.028451; e 1; } } C13H28 { sigma { type NSRDS6; Tc 675.8; a 0.05561; b 1.3361; c 0; d 0; e 0; } pSat { type NSRDS1; a 118.27; b -11432; c -13.769; d 5.9641e-06; e 2; } } iC3H8O { sigma { type NSRDS0; a 0.03818; b -3.818e-05; c -6.51e-08; d 0; e 0; } pSat { type NSRDS1; a 92.935; b -8177.1; c -10.031; d 3.9988e-06; e 2; } } C2H6O { sigma { type NSRDS6; Tc 400.1; a 0.06096; b 1.2286; c 0; d 0; e 0; } pSat { type NSRDS1; a 51.566; b -3664.4; c -4.653; d 5.9e-06; e 2; } } C8H10 { sigma { type NSRDS6; Tc 617.17; a 0.066; b 1.268; c 0; d 0; e 0; } pSat { type NSRDS1; a 88.246; b -7691.1; c -9.797; d 5.931e-06; e 2; } } CH3OH { sigma { type NSRDS6; Tc 512.58; a 0.04327; b 0.7676; c 0; d 0; e 0; } pSat { type NSRDS1; a 109.93; b -7471.3; c -13.988; d 0.015281; e 1; } } nC3H8O { sigma { type NSRDS0; a 0.04533; b -6.88e-05; c -1.6e-08; d 0; e 0; } pSat { type NSRDS1; a 77.46; b -7960; c -7.5235; d 3e-07; e 2; } } C7H16 { sigma { type NSRDS6; Tc 540.2; a 0.054143; b 1.2512; c 0; d 0; e 0; } pSat { type NSRDS1; a 87.829; b -6996.4; c -9.8802; d 7.2099e-06; e 2; } } C3H6O { sigma { type NSRDS6; Tc 508.2; a 0.0622; b 1.124; c 0; d 0; e 0; } pSat { type NSRDS1; a 70.72; b -5685; c -7.351; d 6.3e-06; e 2; } } bC11H10 { sigma { type NSRDS6; Tc 761; a 0.066442; b 1.2634; c 0; d 0; e 0; } pSat { type NSRDS1; a 134.31; b -12103; c -16.195; d 6.9659e-06; e 2; } } aC11H10 { sigma { type NSRDS6; Tc 772.04; a 0.076; b 1.33; c 0; d 0; e 0; } pSat { type NSRDS1; a 73.716; b -9103.2; c -7.2253; d 2.062e-06; e 2; } } C7H8 { sigma { type NSRDS6; Tc 591.79; a 0.06685; b 1.2456; c 0; d 0; e 0; } pSat { type NSRDS1; a 83.359; b -6995; c -9.1635; d 6.225e-06; e 2; } } H2O { sigma { type NSRDS6; Tc 647.13; a 0.18548; b 2.717; c -3.554; d 2.047; e 0; } pSat { type NSRDS1; a 73.649; b -7258.2; c -7.3037; d 4.1653e-06; e 2; } } C12H26 { sigma { type NSRDS6; Tc 658; a 0.055493; b 1.3262; c 0; d 0; e 0; } pSat { type NSRDS1; a 137.47; b -11976; c -16.698; d 8.0906e-06; e 2; } } // ************************************************************************* //