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Substance: heptane
Properties: heat capacity

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  1. Interactive

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    Heat capacity of n-heptane and its mixtures

    • Custom results provided from a range of data sources, including the Landolt-Börnstein series, providing information on heat capacity of n-heptane and mixtures of n-heptane
  2. Thermophysical Properties

    Heptane Molar Heat Capacity at Constant Pressure

    • Temperature Range (4.81 ... 626.57) K
      Pressure Range (98.000 ... 760700.000) kPa
  3. Thermophysical Properties

    Heptane Ideal Gas Heat Capacity

    • Temperature Range (200.00 ... 1500.00) K
      Pressure 101.3 kPa
  4. Thermophysical Properties

    Ethanol-Heptane Excess Heat Capacity

    • Temperature Range (293.15 ... 343.15) K
      Pressure 101.3 kPa
      Composition Range (0.00119 ... 0.94430) mol/mol
  5. Thermophysical Properties

    Ethylbenzene-Heptane Excess Heat Capacity

    • Temperature 298.20 K
      Pressure 101.3 kPa
      Composition Range (0.13010 ... 0.86870) mol/mol
  6. Thermophysical Properties

    Benzene-Heptane Excess Heat Capacity

    • Temperature Range (293.15 ... 303.15) K
      Pressure 101.3 kPa
      Composition Range (0.04871 ... 0.93173) mol/mol
  7. Thermophysical Properties

    1-Butanol-Heptane Excess Heat Capacity

    • Temperature Range (298.15 ... 313.15) K
      Pressure 101.3 kPa
      Composition Range (0.00090 ... 0.89440) mol/mol
  8. Thermophysical Properties

    2-Butanone-Heptane Excess Heat Capacity

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.09280 ... 0.89290) mol/mol
  9. Thermophysical Properties

    Chloroform-Heptane Excess Heat Capacity

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.12330 ... 0.90480) mol/mol
  10. Thermophysical Properties

    Acetone-Heptane Excess Heat Capacity

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.05001 ... 0.95001) mol/mol
  11. Thermophysical Properties

    Cyclohexane-Heptane Excess Heat Capacity

    • Temperature Range (293.15 ... 338.15) K
      Pressure 101.3 kPa
      Composition Range (0.08816 ... 0.96037) mol/mol
  12. Thermophysical Properties

    1,2-Dichloroethane-Heptane Excess Heat Capacity

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.04770 ... 0.92670) mol/mol
  13. Thermophysical Properties

    1,4-Dioxane-Heptane Excess Heat Capacity

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.04100 ... 0.94660) mol/mol
  14. Thermophysical Properties

    Methyl acetate-Heptane Excess Heat Capacity

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.12510 ... 0.94340) mol/mol
  15. Thermophysical Properties

    Hexane-Heptane Excess Heat Capacity

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.12462 ... 0.90805) mol/mol
  16. Thermophysical Properties

    Heptane-Methanol Excess Heat Capacity

    • Temperature Range (298.15 ... 298.65) K
      Pressure 101.3 kPa
      Composition Range (0.01003 ... 0.99970) mol/mol
  17. Thermophysical Properties

    Heptane-1-Propanol Excess Heat Capacity

    • Temperature Range (298.15 ... 313.15) K
      Pressure 101.3 kPa
      Composition Range (0.09793 ... 0.99890) mol/mol
  18. Thermophysical Properties

    Heptane-Tetrachloromethane Excess Heat Capacity

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.06780 ... 0.89740) mol/mol
  19. Thermophysical Properties

    Heptane-Toluene Excess Heat Capacity

    • Temperature Range (298.15 ... 298.20) K
      Pressure 101.3 kPa
      Composition Range (0.10132 ... 0.90966) mol/mol
  20. Thermophysical Properties

    Heptane-Cyclohexanone Excess Heat Capacity

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.02500 ... 0.97500) mol/mol

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