Thermophysical Properties Calculator
Use this application to calculate state-dependent and -independent properties for pure fluids, mixtures, certain incompressible fluids and the properties of humid air.
Fluid
1-ButeneAcetoneAirAmmoniaArgonBenzeneCarbonDioxideCarbonMonoxideCarbonylSulfidecis-2-ButeneCycloHexaneCyclopentaneCycloPropaneD4D5D6DeuteriumDimethylCarbonateDimethylEtherEthaneEthanolEthylBenzeneEthyleneFluorineHeliumHFE143mHydrogenHydrogenSulfideIsoButaneIsoButeneIsohexaneIsopentaneKryptonm-XyleneMD2MMD3MMD4MMDMMethaneMethanolMethylLinoleateMethylLinolenateMethylOleateMethylPalmitateMethylStearateMMn-Butanen-Decanen-Dodecanen-Heptanen-Hexanen-Nonanen-Octanen-Pentanen-Propanen-UndecaneNeonNeopentaneNitrogenNitrousOxideo-XyleneOrthoDeuteriumOrthoHydrogenOxygenp-XyleneParaDeuteriumParaHydrogenPropylenePropyneR11R113R114R116R12R123R1233zd(E)R1234yfR1234ze(E)R1234ze(Z)R124R125R13R134aR14R141bR142bR143aR152AR161R21R218R22R227EAR23R236EAR236FAR245faR32R365MFCR404AR407CR41R410AR507ARC318SES36SulfurDioxideSulfurHexafluorideToluenetrans-2-ButeneWaterXenon
Parameters
Reduced density (rho/rhoc)Molar densityMass densityMolar specific enthalpyMass specific enthalpyPressureMass vapor qualityMolar specific entropyMass specific entropyReciprocal reduced temperature (Tc/T)TemperatureMolar specific internal energyMass specific internal energy
KdegCdegF
Reduced density (rho/rhoc)Molar densityMass densityMolar specific enthalpyMass specific enthalpyPressureMass vapor qualityMolar specific entropyMass specific entropyMolar specific internal energyMass specific internal energy
Pabaryeatm psi
Results
Reduced density (rho/rhoc)Molar densityMass densityMolar specific enthalpyMass specific enthalpyMass vapor qualityMolar specific entropyMass specific entropyReciprocal reduced temperature (Tc/T)Molar specific internal energyMass specific internal energyIdeal Helmholtz energyResidual Helmholtz energySpeed of soundSecond virial coefficientThermal conductivityIdeal gas mass specific constant pressure specific heatIdeal gas molar specific constant pressure specific heatMolar specific constant pressure specific heatThird virial coefficientMass specific constant volume specific heatMolar specific constant volume specific heatMass specific constant pressure specific heatDerivative of ideal Helmholtz energy with tauDerivative of residual Helmholtz energy with deltaDerivative of residual Helmholtz energy with tauDerivative of second virial coefficient with respect to TDerivative of third virial coefficient with respect to TFundamental derivative of gas dynamicsMass specific Gibbs energyMolar specific Gibbs energyIsobaric expansion coefficientIsothermal compressibilitySurface tensionPhase index as a floatPhase identification parameterPrandtl numberViscosityCompressibility factor
kg/m^3lb/ft^3
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