104 result(s) using Focused Search
If you didn't find what you were looking for, see more results.
Substance: pentane
Properties: enthalpy

Page is not a valid page number. Please enter a number between 1 and 6 of 6
  1. Thermophysical Properties

    Methanol-Pentane Enthalpy of Mixing

    • Temperature Range (283.15 ... 363.15) K
      Pressure Range (101.3 ... 15000) kPa
      Composition Range (0.02380 ... 0.99930) mol/mol
  2. Thermophysical Properties

    Ethanol-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 170 kPa
      Composition Range (0.09630 ... 0.95830) mol/mol
  3. Thermophysical Properties

    Nitromethane-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.99730 ... 0.99960) mol/mol
  4. Thermophysical Properties

    Diethyl ether-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.91500 ... 0.99620) mol/mol
  5. Thermophysical Properties

    Pentane-1-Propanol Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 170 kPa
      Composition Range (0.04590 ... 0.95660) mol/mol
  6. Thermophysical Properties

    Pentane-Tetrachloromethane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.09700 ... 0.89500) mol/mol
  7. Thermophysical Properties

    Pentane-Tetrahydrofuran Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.01000 ... 0.04700) mol/mol
  8. Thermophysical Properties

    Pentane-Cyclohexanone Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.09551 ... 0.92130) mol/mol
  9. Thermophysical Properties

    Pentane-N-Methyl-2-pyrrolidone Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.01570 ... 0.04000) mol/mol
  10. Thermophysical Properties

    Pentane-1-Hexanol Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 170 kPa
      Composition Range (0.04220 ... 0.93610) mol/mol
  11. Thermophysical Properties

    Pentane-Hexadecane Enthalpy of Mixing

    • Temperature 293.15 K
      Pressure 101.3 kPa
      Composition Range (0.47320 ... 0.55890) mol/mol
  12. Thermophysical Properties

    Ethyl acetate-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.07090 ... 0.96410) mol/mol
  13. Thermophysical Properties

    Benzene-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.10060 ... 0.95660) mol/mol
  14. Thermophysical Properties

    1-Butanol-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 170 kPa
      Composition Range (0.04820 ... 0.94430) mol/mol
  15. Thermophysical Properties

    Acetonitrile-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.96410 ... 0.99960) mol/mol
  16. Thermophysical Properties

    2-Butanone-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.05000 ... 0.95000) mol/mol
  17. Thermophysical Properties

    Chloroform-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.07900 ... 0.96140) mol/mol
  18. Thermophysical Properties

    Acetone-Pentane Enthalpy of Mixing

    • Temperature Range (243.20 ... 293.20) K
      Pressure 101.3 kPa
      Composition Range (0.03360 ... 0.94930) mol/mol
  19. Thermophysical Properties

    Cyclohexane-Pentane Enthalpy of Mixing

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.93770 ... 0.99230) mol/mol
  20. Thermophysical Properties

    Decane-Pentane Enthalpy of Mixing

    • Temperature 293.15 K
      Pressure 101.3 kPa
      Composition Range (0.30940 ... 0.51240) mol/mol

These results were found using Focused Search. If you didn't find what you were looking for, see more results.

Page is not a valid page number. Please enter a number between 1 and 6 of 6