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Substance: n-decane
Properties: excess volume

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  1. Interactive

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    Excess volume of n-decane and its mixtures

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

    Ethyl acetate-Decane Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.03100 ... 0.95360) mol/mol
  3. Thermophysical Properties

    Ethylbenzene-Decane Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.02276 ... 0.94390) mol/mol
  4. Thermophysical Properties

    Benzene-Decane Excess Volume

    • Temperature Range (298.15 ... 323.15) K
      Pressure Range (101.3 ... 101.32) kPa
      Composition Range (0.05400 ... 0.97670) mol/mol
  5. Thermophysical Properties

    1-Butanol-Decane Excess Volume

    • Temperature Range (298.15 ... 368.15) K
      Pressure Range (100 ... 700) kPa
      Composition Range (0.00150 ... 0.95349) mol/mol
  6. Thermophysical Properties

    2-Butanone-Decane Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.10760 ... 0.88500) mol/mol
  7. Thermophysical Properties

    Acetone-Decane Excess Volume

    • Temperature 308.15 K
      Pressure 101.3 kPa
      Composition Range (0.05490 ... 0.92790) mol/mol
  8. Thermophysical Properties

    Cyclohexane-Decane Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.06390 ... 0.95970) mol/mol
  9. Thermophysical Properties

    Methylcyclohexane-Decane Excess Volume

    • Temperature Range (293.15 ... 313.15) K
      Pressure 101.3 kPa
      Composition Range (0.09340 ... 0.91853) mol/mol
  10. Thermophysical Properties

    Dibutyl ether-Decane Excess Volume

    • Temperature 308.15 K
      Pressure 101.32 kPa
      Composition Range (0.02410 ... 0.95600) mol/mol
  11. Thermophysical Properties

    Decane-Methanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.01000 ... 0.98060) mol/mol
  12. Thermophysical Properties

    Decane-Pentane Excess Volume

    • Temperature Range (293.15 ... 298.15) K
      Pressure 101.3 kPa
      Composition Range (0.09920 ... 0.89690) mol/mol
  13. Thermophysical Properties

    Decane-1-Propanol Excess Volume

    • Temperature Range (298.15 ... 308.15) K
      Pressure Range (101.3 ... 101.32) kPa
      Composition Range (0.02210 ... 0.96110) mol/mol
  14. Thermophysical Properties

    Decane-Tetrachloromethane Excess Volume

    • Temperature Range (298.15 ... 313.15) K
      Pressure 101.3 kPa
      Composition Range (0.09970 ... 0.85070) mol/mol
  15. Thermophysical Properties

    Decane-Tetrahydrofuran Excess Volume

    • Temperature Range (298.15 ... 318.15) K
      Pressure 101.3 kPa
      Composition Range (0.06650 ... 0.76160) mol/mol
  16. Thermophysical Properties

    Decane-Toluene Excess Volume

    • Temperature Range (293.15 ... 313.15) K
      Pressure 101.3 kPa
      Composition Range (0.09690 ... 0.95680) mol/mol
  17. Thermophysical Properties

    Decane-m-Xylene Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.02210 ... 0.92520) mol/mol
  18. Thermophysical Properties

    Decane-p-Xylene Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.02370 ... 0.84710) mol/mol
  19. Thermophysical Properties

    Decane-Cyclohexanone Excess Volume

    • Temperature Range (298.00 ... 308.15) K
      Pressure 101.3 kPa
      Composition Range (0.04330 ... 0.94700) mol/mol
  20. Thermophysical Properties

    Decane-Cyclohexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.05630 ... 0.91920) mol/mol

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