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Substance: hexan-1-ol
Properties: excess volume

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  1. Interactive

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    Excess volume of hexan-1-ol and its mixtures

    • Custom results provided from a range of data sources, including the Landolt-Börnstein series, providing information on excess volume of hexan-1-ol and mixtures of hexan-1-ol
  2. Thermophysical Properties

    1-Hexene-1-Hexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.05340 ... 0.94640) mol/mol
  3. Thermophysical Properties

    Methanol-1-Hexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.06430 ... 0.99310) mol/mol
  4. Thermophysical Properties

    Ethanol-1-Hexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.05600 ... 0.98700) mol/mol
  5. Thermophysical Properties

    Pentane-1-Hexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.02340 ... 0.99917) mol/mol
  6. Thermophysical Properties

    1-Propanol-1-Hexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.04820 ... 0.98380) mol/mol
  7. Thermophysical Properties

    Dimethyl sulfoxide-1-Hexanol Excess Volume

    • Temperature Range (313.15 ... 576.30) K
      Pressure 101.3 kPa
      Composition Range (0.04290 ... 0.96830) mol/mol
  8. Thermophysical Properties

    Tetrachloromethane-1-Hexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.14242 ... 0.92659) mol/mol
  9. Thermophysical Properties

    Tetrahydrofuran-1-Hexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.06110 ... 0.92650) mol/mol
  10. Thermophysical Properties

    Toluene-1-Hexanol Excess Volume

    • Temperature 303.15 K
      Pressure 101.3 kPa
      Composition Range (0.15110 ... 0.90610) mol/mol
  11. Thermophysical Properties

    Ethyl acetate-1-Hexanol Excess Volume

    • Temperature Range (298.15 ... 308.15) K
      Pressure 101.3 kPa
      Composition Range (0.11420 ... 0.91250) mol/mol
  12. Thermophysical Properties

    Cyclohexanone-1-Hexanol Excess Volume

    • Temperature 303.15 K
      Pressure 101.3 kPa
      Composition Range (0.13060 ... 0.90470) mol/mol
  13. Thermophysical Properties

    Ethylbenzene-1-Hexanol Excess Volume

    • Temperature 303.15 K
      Pressure 101.3 kPa
      Composition Range (0.00280 ... 0.99820) mol/mol
  14. Thermophysical Properties

    Benzene-1-Hexanol Excess Volume

    • Temperature Range (298.15 ... 308.15) K
      Pressure Range (101.3 ... 101.32) kPa
      Composition Range (0.02050 ... 0.97220) mol/mol
  15. Thermophysical Properties

    1-Butanol-1-Hexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.03720 ... 0.97850) mol/mol
  16. Thermophysical Properties

    Acetonitrile-1-Hexanol Excess Volume

    • Temperature Range (298.15 ... 308.15) K
      Pressure Range (101 ... 101.3) kPa
      Composition Range (0.05230 ... 0.96420) mol/mol
  17. Thermophysical Properties

    2-Butanone-1-Hexanol Excess Volume

    • Temperature Range (298.15 ... 308.15) K
      Pressure 101.3 kPa
      Composition Range (0.06400 ... 0.88260) mol/mol
  18. Thermophysical Properties

    Cyclohexane-1-Hexanol Excess Volume

    • Temperature Range (298.15 ... 303.15) K
      Pressure 101.3 kPa
      Composition Range (0.02070 ... 0.99914) mol/mol
  19. Thermophysical Properties

    Dibutyl ether-1-Hexanol Excess Volume

    • Temperature Range (298.15 ... 318.15) K
      Pressure 101.3 kPa
      Composition Range (0.05290 ... 0.94540) mol/mol
  20. Thermophysical Properties

    Decane-1-Hexanol Excess Volume

    • Temperature 298.15 K
      Pressure 101.3 kPa
      Composition Range (0.00656 ... 0.98838) mol/mol

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