2-methylpropane - R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-2-methylpropane - R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-2-methylpropane - R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-2-methylpropane - R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-2-methylpropane - R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-2-methylpropane - R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-2-methylpropane -R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-ISOBUTAN
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩHydrocarbon
methyl (z,z,z)-9,12,15-octadecatrienoate - methyl ester linolenic acid ,(z,z,z)-9,12,15-octadecatrienoic acid, methyl ester-methyl (z,z,z)-9,12,15-octadecatrienoate - methyl ester linolenic acid ,(z,z,z)-9,12,15-octadecatrienoic acid, methyl ester-methyl (z,z,z)-9,12,15-octadecatrienoate - methyl ester linolenic acid ,(z,z,z)-9,12,15-octadecatrienoic acid, methyl ester-methyl (z,z,z)-9,12,15-octadecatrienoate - methyl ester linolenic acid ,(z,z,z)-9,12,15-octadecatrienoic acid, methyl ester-methyl (z,z,z)-9,12,15-octadecatrienoate - methyl ester linolenic acid ,(z,z,z)-9,12,15-octadecatrienoic acid, methyl ester-methyl (z,z,z)-9,12,15-octadecatrienoate - methyl ester linolenic acid ,(z,z,z)-9,12,15-octadecatrienoic acid, methyl ester-methyl (z,z,z)-9,12,15-octadecatrienoate -methyl ester linolenic acid ,(z,z,z)-9,12,15-octadecatrienoic acid, methyl ester-MLINOLEN
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩOther Organics
methyl cis-9-octadecenoate - methyl ester oleic acid ,Methyl cis-9-octadecenoate;(Z)-9-Octadecenoic acid methyl ester-methyl cis-9-octadecenoate - methyl ester oleic acid ,Methyl cis-9-octadecenoate;(Z)-9-Octadecenoic acid methyl ester-methyl cis-9-octadecenoate - methyl ester oleic acid ,Methyl cis-9-octadecenoate;(Z)-9-Octadecenoic acid methyl ester-methyl cis-9-octadecenoate - methyl ester oleic acid ,Methyl cis-9-octadecenoate;(Z)-9-Octadecenoic acid methyl ester-methyl cis-9-octadecenoate - methyl ester oleic acid ,Methyl cis-9-octadecenoate;(Z)-9-Octadecenoic acid methyl ester-methyl cis-9-octadecenoate - methyl ester oleic acid ,Methyl cis-9-octadecenoate;(Z)-9-Octadecenoic acid methyl ester-methyl cis-9-octadecenoate -methyl ester oleic acid ,Methyl cis-9-octadecenoate;(Z)-9-Octadecenoic acid methyl ester-MOLEATE
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩOther Organics
2,2-dimethylpropane - tetramethylmethane ,1,1,1-Trimethylethane;2,2-Dimethylpropane; Neopentane; Tetramethylmethane; tert-Pentane-2,2-dimethylpropane - tetramethylmethane ,1,1,1-Trimethylethane;2,2-Dimethylpropane; Neopentane; Tetramethylmethane; tert-Pentane-2,2-dimethylpropane - tetramethylmethane ,1,1,1-Trimethylethane;2,2-Dimethylpropane; Neopentane; Tetramethylmethane; tert-Pentane-2,2-dimethylpropane - tetramethylmethane ,1,1,1-Trimethylethane;2,2-Dimethylpropane; Neopentane; Tetramethylmethane; tert-Pentane-2,2-dimethylpropane - tetramethylmethane ,1,1,1-Trimethylethane;2,2-Dimethylpropane; Neopentane; Tetramethylmethane; tert-Pentane-2,2-dimethylpropane - tetramethylmethane ,1,1,1-Trimethylethane;2,2-Dimethylpropane; Neopentane; Tetramethylmethane; tert-Pentane-2,2-dimethylpropane-tetramethylmethane ,1,1,1-Trimethylethane;2,2-Dimethylpropane; Neopentane; Tetramethylmethane; tert-Pentane-NEOPENTN
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩHydrocarbon
R161 - fluoroethane ; ethyl fluoride ,Ethylfluoride; F 161; Fluoroethane; HFA 161; HFC 161; Monofluoroethane; R 161-R161 - fluoroethane ; ethyl fluoride ,Ethylfluoride; F 161; Fluoroethane; HFA 161; HFC 161; Monofluoroethane; R 161-R161 - fluoroethane ; ethyl fluoride ,Ethylfluoride; F 161; Fluoroethane; HFA 161; HFC 161; Monofluoroethane; R 161-R161 - fluoroethane ; ethyl fluoride ,Ethylfluoride; F 161; Fluoroethane; HFA 161; HFC 161; Monofluoroethane; R 161-R161 - fluoroethane ; ethyl fluoride ,Ethylfluoride; F 161; Fluoroethane; HFA 161; HFC 161; Monofluoroethane; R 161-R161 - fluoroethane ; ethyl fluoride ,Ethylfluoride; F 161; Fluoroethane; HFA 161; HFC 161; Monofluoroethane; R 161-R161 -fluoroethane ; ethyl fluoride ,Ethylfluoride; F 161; Fluoroethane; HFA 161; HFC 161; Monofluoroethane; R 161-R161
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
trans-2-butene - (E)-2-butene ,2-trans-butene;beta-trans-butylene;trans-1,2-dimethylethylene;trans-2-butene-trans-2-butene - (E)-2-butene ,2-trans-butene;beta-trans-butylene;trans-1,2-dimethylethylene;trans-2-butene-trans-2-butene - (E)-2-butene ,2-trans-butene;beta-trans-butylene;trans-1,2-dimethylethylene;trans-2-butene-trans-2-butene - (E)-2-butene ,2-trans-butene;beta-trans-butylene;trans-1,2-dimethylethylene;trans-2-butene-trans-2-butene - (E)-2-butene ,2-trans-butene;beta-trans-butylene;trans-1,2-dimethylethylene;trans-2-butene-trans-2-butene - (E)-2-butene ,2-trans-butene;beta-trans-butylene;trans-1,2-dimethylethylene;trans-2-butene-trans-2-butene -(E)-2-butene ,2-trans-butene;beta-trans-butylene;trans-1,2-dimethylethylene;trans-2-butene-T2BUTENE
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩHydrocarbon
R717 - ammonia; R-717 ,Ammoniagas; Ammonia-14N; Nitro-Sil; R 717; R 717 (ammonia); Refrigerent R717; Spiritof Hartshorn-R717 - ammonia; R-717 ,Ammoniagas; Ammonia-14N; Nitro-Sil; R 717; R 717 (ammonia); Refrigerent R717; Spiritof Hartshorn-R717 - ammonia; R-717 ,Ammoniagas; Ammonia-14N; Nitro-Sil; R 717; R 717 (ammonia); Refrigerent R717; Spiritof Hartshorn-R717 - ammonia; R-717 ,Ammoniagas; Ammonia-14N; Nitro-Sil; R 717; R 717 (ammonia); Refrigerent R717; Spiritof Hartshorn-R717 - ammonia; R-717 ,Ammoniagas; Ammonia-14N; Nitro-Sil; R 717; R 717 (ammonia); Refrigerent R717; Spiritof Hartshorn-R717 - ammonia; R-717 ,Ammoniagas; Ammonia-14N; Nitro-Sil; R 717; R 717 (ammonia); Refrigerent R717; Spiritof Hartshorn-R717-ammonia; R-717 ,Ammoniagas; Ammonia-14N; Nitro-Sil; R 717; R 717 (ammonia); Refrigerent R717; Spiritof Hartshorn-AMMONIA
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
R702 - hydrogen (normal); R-702 ,Dihydrogen;Hydrogen (H2); Hydrogen molecule; Mol. hydrogen; Molecular hydrogen;Orthohydrogen; Parahydrogen; Protium-R702 - hydrogen (normal); R-702 ,Dihydrogen;Hydrogen (H2); Hydrogen molecule; Mol. hydrogen; Molecular hydrogen;Orthohydrogen; Parahydrogen; Protium-R702 - hydrogen (normal); R-702 ,Dihydrogen;Hydrogen (H2); Hydrogen molecule; Mol. hydrogen; Molecular hydrogen;Orthohydrogen; Parahydrogen; Protium-R702 - hydrogen (normal); R-702 ,Dihydrogen;Hydrogen (H2); Hydrogen molecule; Mol. hydrogen; Molecular hydrogen;Orthohydrogen; Parahydrogen; Protium-R702 - hydrogen (normal); R-702 ,Dihydrogen;Hydrogen (H2); Hydrogen molecule; Mol. hydrogen; Molecular hydrogen;Orthohydrogen; Parahydrogen; Protium-R702 - hydrogen (normal); R-702 ,Dihydrogen;Hydrogen (H2); Hydrogen molecule; Mol. hydrogen; Molecular hydrogen;Orthohydrogen; Parahydrogen; Protium-R702-hydrogen (normal); R-702 ,Dihydrogen;Hydrogen (H2); Hydrogen molecule; Mol. hydrogen; Molecular hydrogen;Orthohydrogen; Parahydrogen; Protium-HYDROGEN
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
R601A - 2-methylbutane ; R-601a ,1,1,2-Trimethylethane;2-Methylbutane;Borger Isopentane;Exxsol Isopentane S;-R601A - 2-methylbutane ; R-601a ,1,1,2-Trimethylethane;2-Methylbutane;Borger Isopentane;Exxsol Isopentane S;-R601A - 2-methylbutane ; R-601a ,1,1,2-Trimethylethane;2-Methylbutane;Borger Isopentane;Exxsol Isopentane S;-R601A - 2-methylbutane ; R-601a ,1,1,2-Trimethylethane;2-Methylbutane;Borger Isopentane;Exxsol Isopentane S;-R601A - 2-methylbutane ; R-601a ,1,1,2-Trimethylethane;2-Methylbutane;Borger Isopentane;Exxsol Isopentane S;-R601A - 2-methylbutane ; R-601a ,1,1,2-Trimethylethane;2-Methylbutane;Borger Isopentane;Exxsol Isopentane S;-R601A-2-methylbutane ; R-601a ,1,1,2-Trimethylethane;2-Methylbutane;Borger Isopentane;Exxsol Isopentane S;-IPENTANE
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
R600A - 2-methylpropane ; R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-R600A - 2-methylpropane ; R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-R600A - 2-methylpropane ; R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-R600A - 2-methylpropane ; R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-R600A - 2-methylpropane ; R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-R600A - 2-methylpropane ; R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-R600A-2-methylpropane ; R-600a ,Isobutane;2-Methylpropane;1,1-dimethylethane;iso-butane;2-methyl-propane;trimethylmethane-ISOBUTAN
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
R50 - methane; R-50 ,biogas;fire damp;marsh gas;methane gas;methane, compressed;methyl hydride-R50 - methane; R-50 ,biogas;fire damp;marsh gas;methane gas;methane, compressed;methyl hydride-R50 - methane; R-50 ,biogas;fire damp;marsh gas;methane gas;methane, compressed;methyl hydride-R50 - methane; R-50 ,biogas;fire damp;marsh gas;methane gas;methane, compressed;methyl hydride-R50 - methane; R-50 ,biogas;fire damp;marsh gas;methane gas;methane, compressed;methyl hydride-R50 - methane; R-50 ,biogas;fire damp;marsh gas;methane gas;methane, compressed;methyl hydride-R50-methane; R-50 ,biogas;fire damp;marsh gas;methane gas;methane, compressed;methyl hydride-METHANE
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
R744A - dinitrogen monoxide; R-744A ,Dinitrogenmonoxide; Dinitrogen oxide; Dinitrogen oxide (N2O); Factitious air; Hyponitrousacid anhydride; Laughing gas; Nitrous oxide; R 744A-R744A - dinitrogen monoxide; R-744A ,Dinitrogenmonoxide; Dinitrogen oxide; Dinitrogen oxide (N2O); Factitious air; Hyponitrousacid anhydride; Laughing gas; Nitrous oxide; R 744A-R744A - dinitrogen monoxide; R-744A ,Dinitrogenmonoxide; Dinitrogen oxide; Dinitrogen oxide (N2O); Factitious air; Hyponitrousacid anhydride; Laughing gas; Nitrous oxide; R 744A-R744A - dinitrogen monoxide; R-744A ,Dinitrogenmonoxide; Dinitrogen oxide; Dinitrogen oxide (N2O); Factitious air; Hyponitrousacid anhydride; Laughing gas; Nitrous oxide; R 744A-R744A - dinitrogen monoxide; R-744A ,Dinitrogenmonoxide; Dinitrogen oxide; Dinitrogen oxide (N2O); Factitious air; Hyponitrousacid anhydride; Laughing gas; Nitrous oxide; R 744A-R744A - dinitrogen monoxide; R-744A ,Dinitrogenmonoxide; Dinitrogen oxide; Dinitrogen oxide (N2O); Factitious air; Hyponitrousacid anhydride; Laughing gas; Nitrous oxide; R 744A-R744A-dinitrogen monoxide; R-744A ,Dinitrogenmonoxide; Dinitrogen oxide; Dinitrogen oxide (N2O); Factitious air; Hyponitrousacid anhydride; Laughing gas; Nitrous oxide; R 744A-N2O
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
R720 - neon; R-720 ,neon;neon gas;neon liquid;neon, compressed;neon,refrigerated liquid(cryogenic liquid)-R720 - neon; R-720 ,neon;neon gas;neon liquid;neon, compressed;neon,refrigerated liquid(cryogenic liquid)-R720 - neon; R-720 ,neon;neon gas;neon liquid;neon, compressed;neon,refrigerated liquid(cryogenic liquid)-R720 - neon; R-720 ,neon;neon gas;neon liquid;neon, compressed;neon,refrigerated liquid(cryogenic liquid)-R720 - neon; R-720 ,neon;neon gas;neon liquid;neon, compressed;neon,refrigerated liquid(cryogenic liquid)-R720 - neon; R-720 ,neon;neon gas;neon liquid;neon, compressed;neon,refrigerated liquid(cryogenic liquid)-R720-neon; R-720 ,neon;neon gas;neon liquid;neon, compressed;neon,refrigerated liquid(cryogenic liquid)-NEON
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
R728 - nitrogen; R-728 ,Diatomicnitrogen; Dinitrogen; Molecular nitrogen; Nitrogen (N2); Nitrogen gas; Nitrogennutrition (plant); Nitrogen-14-R728 - nitrogen; R-728 ,Diatomicnitrogen; Dinitrogen; Molecular nitrogen; Nitrogen (N2); Nitrogen gas; Nitrogennutrition (plant); Nitrogen-14-R728 - nitrogen; R-728 ,Diatomicnitrogen; Dinitrogen; Molecular nitrogen; Nitrogen (N2); Nitrogen gas; Nitrogennutrition (plant); Nitrogen-14-R728 - nitrogen; R-728 ,Diatomicnitrogen; Dinitrogen; Molecular nitrogen; Nitrogen (N2); Nitrogen gas; Nitrogennutrition (plant); Nitrogen-14-R728 - nitrogen; R-728 ,Diatomicnitrogen; Dinitrogen; Molecular nitrogen; Nitrogen (N2); Nitrogen gas; Nitrogennutrition (plant); Nitrogen-14-R728 - nitrogen; R-728 ,Diatomicnitrogen; Dinitrogen; Molecular nitrogen; Nitrogen (N2); Nitrogen gas; Nitrogennutrition (plant); Nitrogen-14-R728-nitrogen; R-728 ,Diatomicnitrogen; Dinitrogen; Molecular nitrogen; Nitrogen (N2); Nitrogen gas; Nitrogennutrition (plant); Nitrogen-14-NITROGEN
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
R601 - pentane; R-601 ,NSC 72415;Norpar 5S;Skellysolve A;n-Pentane;-R601 - pentane; R-601 ,NSC 72415;Norpar 5S;Skellysolve A;n-Pentane;-R601 - pentane; R-601 ,NSC 72415;Norpar 5S;Skellysolve A;n-Pentane;-R601 - pentane; R-601 ,NSC 72415;Norpar 5S;Skellysolve A;n-Pentane;-R601 - pentane; R-601 ,NSC 72415;Norpar 5S;Skellysolve A;n-Pentane;-R601 - pentane; R-601 ,NSC 72415;Norpar 5S;Skellysolve A;n-Pentane;-R601-pentane; R-601 ,NSC 72415;Norpar 5S;Skellysolve A;n-Pentane;-PENTANE
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment - Specific Volume - Specific Enthalpy - Specific Entropy - Internal Energy - Latent Heat of Vaporization - Specific Heat Cp - Cv - Quality - Helmholtz Energy - Gibbs Free Energy - Fugacity - Fugacity Coefficient - Joule-Thomson Coefficient - Speed of Sound - Virial Coefficient - Thermal Conductivity - Thermal Diffusivity - Viscosity - Surface Tension - Prandtl Number - Relative Dielectric Constant [Click to Calculate]
sortㄩRefrigerant(pure)
