Search the database, About 580 matches p4100-10-w 's search result
    n hexane n hexane n hexane C6H14 Based on Mercury model
n-hexane - Hexane; n-Hexane n-hexane - Hexane; n-Hexane n-hexane - Hexane; n-Hexane n-hexane - Hexane; n-Hexane n-hexane - Hexane; n-Hexane n-hexane - Hexane; n-Hexane-Hexane; n-Hexane-C6
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]
    n heptane n heptane n heptane C7H16 Based on Mercury model
n-heptane - Heptane; Heptane n-heptane - Heptane; Heptane n-heptane - Heptane; Heptane n-heptane - Heptane; Heptane n-heptane - Heptane; Heptane n-heptane - Heptane; Heptane-Heptane; Heptane-C7
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]
    2 methylheptane 2 methylheptane 2 methylheptane C8H18 Based on Mercury model
2-methylheptane - 2-methylheptane 2-methylheptane - 2-methylheptane 2-methylheptane - 2-methylheptane 2-methylheptane - 2-methylheptane 2-methylheptane - 2-methylheptane 2-methylheptane - 2-methylheptane-2-methylheptane-2MC7
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]
    n decane n decane n decane C10H22 Based on Mercury model
n-decane - Decane; n-Decane n-decane - Decane; n-Decane n-decane - Decane; n-Decane n-decane - Decane; n-Decane n-decane - Decane; n-Decane n-decane - Decane; n-Decane-Decane; n-Decane-C10
Triple Point Temperature - Normal Boiling Point - Critical Temperature - Critical Pressure- Saturated Vapor Pressure - Critical Density - Critical Compressibility Factor - Acentric Factor - Dipole Moment [Click to Calculate]
    n dodecane n dodecane n dodecane C12H26 Based on Mercury model
n-dodecane - Dodecane; n-Dodecane n-dodecane - Dodecane; n-Dodecane n-dodecane - Dodecane; n-Dodecane n-dodecane - Dodecane; n-Dodecane n-dodecane - Dodecane; n-Dodecane n-dodecane - Dodecane; n-Dodecane-Dodecane; n-Dodecane-C12
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]
    n tetradecane n tetradecane n tetradecane C14H30 Based on Mercury model
n-tetradecane - Tetradecane; n-Tetradecane n-tetradecane - Tetradecane; n-Tetradecane n-tetradecane - Tetradecane; n-Tetradecane n-tetradecane - Tetradecane; n-Tetradecane n-tetradecane - Tetradecane; n-Tetradecane n-tetradecane - Tetradecane; n-Tetradecane-Tetradecane; n-Tetradecane-C14
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]
    n hexadecane n hexadecane n hexadecane C16H34 Based on Mercury model
n-hexadecane - Hexadecane; n-Hexadecane n-hexadecane - Hexadecane; n-Hexadecane n-hexadecane - Hexadecane; n-Hexadecane n-hexadecane - Hexadecane; n-Hexadecane n-hexadecane - Hexadecane; n-Hexadecane n-hexadecane - Hexadecane; n-Hexadecane-Hexadecane; n-Hexadecane-C16
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]
    n heptadecane n heptadecane n heptadecane C17H36 Based on Mercury model
n-heptadecane - Heptadecane; n-Heptadecane n-heptadecane - Heptadecane; n-Heptadecane n-heptadecane - Heptadecane; n-Heptadecane n-heptadecane - Heptadecane; n-Heptadecane n-heptadecane - Heptadecane; n-Heptadecane n-heptadecane - Heptadecane; n-Heptadecane-Heptadecane; n-Heptadecane-C17
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]
    n docosane n docosane n docosane C22H46 Based on Mercury model
n-docosane - Docosane; n-Docosane n-docosane - Docosane; n-Docosane n-docosane - Docosane; n-Docosane n-docosane - Docosane; n-Docosane n-docosane - Docosane; n-Docosane n-docosane - Docosane; n-Docosane-Docosane; n-Docosane-C22
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]
    n tricosane n tricosane n tricosane C23H48 Based on Mercury model
n-tricosane - Tricosane; n-tricosane - Tricosane; n-tricosane - Tricosane; n-tricosane - Tricosane; n-tricosane - Tricosane; n-tricosane - Tricosane;-Tricosane;-C23
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]
    ethylene ethylene ethylene C2H4 Based on Mercury model
ethylene - Ethene; Ethylene; acetene; athylen ethylene - Ethene; Ethylene; acetene; athylen ethylene - Ethene; Ethylene; acetene; athylen ethylene - Ethene; Ethylene; acetene; athylen ethylene - Ethene; Ethylene; acetene; athylen ethylene - Ethene; Ethylene; acetene; athylen-Ethene; Ethylene; acetene; athylen-ETHENE
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]
    cyclopropane cyclopropane cyclopropane C3H6 Based on Mercury model
cyclopropane - cyclopropane; cyclopropane cyclopropane - cyclopropane; cyclopropane cyclopropane - cyclopropane; cyclopropane cyclopropane - cyclopropane; cyclopropane cyclopropane - cyclopropane; cyclopropane cyclopropane - cyclopropane; cyclopropane-cyclopropane; cyclopropane-CC3
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]
    cyclopentane cyclopentane cyclopentane C5H10 Based on Mercury model
cyclopentane - Cyclopentane; Cyclopentane cyclopentane - Cyclopentane; Cyclopentane cyclopentane - Cyclopentane; Cyclopentane cyclopentane - Cyclopentane; Cyclopentane cyclopentane - Cyclopentane; Cyclopentane cyclopentane - Cyclopentane; Cyclopentane-Cyclopentane; Cyclopentane-CC5
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]
    methylcyclohexane methylcyclohexane methylcyclohexane C7H14 Based on Mercury model
methylcyclohexane - Methylcyclohexane; Hexahydrotoluene methylcyclohexane - Methylcyclohexane; Hexahydrotoluene methylcyclohexane - Methylcyclohexane; Hexahydrotoluene methylcyclohexane - Methylcyclohexane; Hexahydrotoluene methylcyclohexane - Methylcyclohexane; Hexahydrotoluene methylcyclohexane - Methylcyclohexane; Hexahydrotoluene-Methylcyclohexane; Hexahydrotoluene-MCC6
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]
    ethylcyclohexane ethylcyclohexane ethylcyclohexane C8H16 Based on Mercury model
ethylcyclohexane - Ethylcyclohexane; Ethylcyclohexane; NSC 8880 ethylcyclohexane - Ethylcyclohexane; Ethylcyclohexane; NSC 8880 ethylcyclohexane - Ethylcyclohexane; Ethylcyclohexane; NSC 8880 ethylcyclohexane - Ethylcyclohexane; Ethylcyclohexane; NSC 8880 ethylcyclohexane - Ethylcyclohexane; Ethylcyclohexane; NSC 8880 ethylcyclohexane - Ethylcyclohexane; Ethylcyclohexane; NSC 8880-Ethylcyclohexane; Ethylcyclohexane; NSC 8880-ECC6
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]
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