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The simple fundamental equation of state for liquid, gas, and fluid of xenon

The simple fundamental equation of state for liquid, gas, and fluid of xenon Abstract To describe the thermodynamic properties of xenon, a new fundamental low-parametric equation of state (in the form of reduced Helmholtz energy) is obtained with the help of the methods and approaches developed by the authors. It allows us to describe the thermal properties of gas, liquid, and fluid with a sufficiently high accuracy close to the accuracy of experiment in a range from the density in the ideal gas state to the density at the triple point, excluding the critical region. The caloric properties and speed of xenon sound are calculated without involving any caloric data, with the exception of ideal gas enthalpy. The values of isobaric heat capacity, sound speed, and other thermodynamic properties obtained by calculations are in good agreement with the experimental data. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Thermophysics and Aeromechanics Springer Journals

The simple fundamental equation of state for liquid, gas, and fluid of xenon

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Publisher
Springer Journals
Copyright
2018 Kutateladze Institute of Thermophysics, Siberian Branch of the Russian Academy of Sciences
ISSN
0869-8643
eISSN
1531-8699
DOI
10.1134/S0869864318040091
Publisher site
See Article on Publisher Site

Abstract

Abstract To describe the thermodynamic properties of xenon, a new fundamental low-parametric equation of state (in the form of reduced Helmholtz energy) is obtained with the help of the methods and approaches developed by the authors. It allows us to describe the thermal properties of gas, liquid, and fluid with a sufficiently high accuracy close to the accuracy of experiment in a range from the density in the ideal gas state to the density at the triple point, excluding the critical region. The caloric properties and speed of xenon sound are calculated without involving any caloric data, with the exception of ideal gas enthalpy. The values of isobaric heat capacity, sound speed, and other thermodynamic properties obtained by calculations are in good agreement with the experimental data.

Journal

Thermophysics and Aeromechanics – Springer Journals

Published: Jul 1, 2018

References

  • Thermodynamic properties of xenon as a function of density up to 520 amagats and as a function of pressure up to 2800 atmospheres, at temperatures between 0 °C and 150 °C
    A. Michels, T. Wassenaar, G. Wolkers, J. Dawson
  • Isoterms of xenon at temperatures between 0 °C and 150 °C and at densities up to 515 amagats
    A. Michels, T. Wassenaar, P. Louwerse
  • The compressibility of gaseous xenon. I. An equation of state for xenon and the weight of a liter of xenon
    J.A. Beattie, R.J. Barriault, J.S. Brierley
  • Equation of state and thermodynamic properties of inert gases in the range from the normal boiling point to 1300 K at pressures of up to 1000 bars
    G.A. Spiridonov
  • An experimental study of the equation of state of liquid xenon
    W.B. Streett, L.S. Sagan, L.A.I. Staveley
  • Thermal-Physical Properties of Neon, Argon, Krypton, and Xenon
    L.S. Veksler
  • Thermodynamic properties of xenon from the triple point to 800 K with pressures up to 350 MPa
    O. Sifner, J. Klomfar
  • Short fundamental equations of state for 20 industrial fluids
    E.W. Lemmon, R. Span
  • Thermal and caloric equations of state for liquid and gas
    A.B. Kaplun, A.B. Meshalkin
  • Simple equation of state for liquid and gas of normal sub-stances
    A.B. Kaplun, A.B. Meshalkin, B.I. Kidyarov
  • Small-parameter and caloric equations of state of a real gas
    A.B. Kaplun, A.B. Meshalkin
  • Phenomenological method for construction of the liquid and gas equation of state
    A.B. Kaplun, A.B. Meshalkin
  • Simple self-empirical equation of state of liquid and gas for engineering calculations
    A.B. Kaplun, A.B. Meshalkin
  • Equation of state for dense gases of one-component substances
    A.B. Kaplun, A.B. Meshalkin
  • Description of SF6 behavior within the state range from the triple point to supercritical fluid
    P.P. Bezverkhy, V.G. Martynets, E.V. Matizen, A.B. Kaplun, A.B. Meshalkin
  • A low-parametric state equation for calculating the thermodynamic properties of substances in liquid and gaseous state
    A.B. Kaplun, A.B. Meshalkin
  • Unified low-parametrical equation of state for engineering calculations of thermo-dynamic properties of substances
    A. Kaplun, A. Meshalkin
  • Simple fundamental equation of state for liquid, gas, and fluid of argon, nitro-gen, and carbon dioxide
    A.B. Kaplun, A.B. Meshalkin
  • An experimental study of the equation of state of liquid xenon
    W.B. Streett, L.S. Sagan, A.K. Staveley
  • Use of the modified technique of V.A. Kirillin for determining compressibility of substances in wide ranges of temperature and pressure. Investigation of xenon
    S.A. Ulybin, E.P. Zherdev, V.Z. Novikov
  • Velocity of ultrasound propagation in compressed xenon
    L.L. Pitaevskaya, A.V. Bilevich, V.E. Kanishev
  • Virial equation of state of helium, xenon, and helium-xenon mixture from speed-of-sound and burnett Pρ T measurements
    J.J. Hurly, J.W. Schmid, S.J. Boyes, M.R. Moldover
  • Velocity of sound isotherms in liquid krypton and xenon
    C.C. Lim, D.H. Bowman, R.A. Aziz
  • Thermodynamic properties of metastable liquefied inert gases
    V.G. Baidakov, A.M. Kaverin, V.P. Skripov
  • Sound velocity in the inert gas liquids and the law of corresponding states
    R.A. Aziz, D.H. Bowman, C.C. Lim
  • Heat capacity of Xe near the critical point and value (∂3p/∂V3)
    A.V. Voronel
  • Heat capacity in the critical region of xenon
    H.H. Schmidt, J. Opdycke, Ch.F. Gay
  • Specific head of xenon near the critical point
    C. Edwards, J.A. Lipa, M.J. Buckingham
  • Isochoric heat capacity of metastable liquid xenon near the critical point
    V.G. Baidakov, A.M. Rubshtein
  • Low frequency velocity measurements in xenon in the critical region
    J.L. Kline, E.F. Carome
  • Atomwärme, Schmelz-and Verdampfangswärme sowie Entropie des Xenons. Mit einem Anhang: Ein einfacher Äthylenverflüssiger
    K. Closing, L. Riccoboni