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Molecular Physics
An International Journal at the Interface Between Chemistry and Physics
Volume 30, 1975 - Issue 5
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Original Articles

Simplified methods for the inversion of thermophysical data

P. Clancy Physical Chemistry Laboratory, South Parks Road, Oxford
,
D.W. Gough Physical Chemistry Laboratory, South Parks Road, Oxford
,
G.P. Matthews Physical Chemistry Laboratory, South Parks Road, Oxford
,
E.B. Smith Physical Chemistry Laboratory, South Parks Road, Oxford
&
G.C. Maitland Department of Chemical Engineering and Chemical Technology, Imperial College, London
Pages 1397-1407 | Received 13 Feb 1975, Published online: 23 Aug 2006

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Amir H. Jalili, Ali Abbaspour, Hassan Behnejad & Larry A. Viehland. (2010) Determination of and interaction potentials from gaseous ion mobility data. Molecular Physics 108:1, pages 35-40.
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GalinaP. Dudchik & G.G. Kuleshov. (1986) Response of second virial coefficients and intermolecular potential parameters to the adsorption and impurity perturbations. Molecular Physics 58:6, pages 1137-1148.
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F.W. Crawford, E.J.R. Harris & E.B. Smith. (1979) An improved method for the inversion of second virial coefficient data. Molecular Physics 37:4, pages 1323-1328.
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G.C. Maitland, E.A. Mason, L.A. Viehland & W.A. Wakeham. (1978) A justification of methods for the inversion of gas transport coefficients. Molecular Physics 36:3, pages 797-816.
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J.M. Savirón & E.B. Smith. (1977) Comments on a simple procedure for the inversion of gaseous transport coefficient data. Molecular Physics 33:3, pages 901-905.
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V.P.S. Nain & RonaldA. Aziz. (1977) Comparison of experimental dilute gas properties with the predictions of three realistic intermolecular potentials for Ar-Kr. Molecular Physics 33:2, pages 303-318.
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G. Peter Matthews & E. Brian Smith. (1976) An intermolecular pair potential energy function for methane. Molecular Physics 32:6, pages 1719-1729.
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Elaheh K. Goharshadi, Zahra MirAfzali & Zahra Tavangar. (1998) Direct Determination of the Interaction Potentials of Sulphur Hexafluride-Noble Gases from the Extended Principle of Corresponding States. Journal of the Physical Society of Japan 67:12, pages 4296-4299.
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Ali Maghari & Hassan Behnejad. (1998) Intermolecular Potential Energy Functions for He–Ne, He–Ar, He–Kr, and He–Xe from the Corresponding States Viscosity. Bulletin of the Chemical Society of Japan 71:5, pages 1007-1011.
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Ali Boushehri & Fariba S Hashemi. (1996) Direct Measurement of the Intermolecular Potentials of CH4–Xe, CH4–Kr, CH4–Ar, and CH4–Ne from the Extended Principle of Corresponding States. Bulletin of the Chemical Society of Japan 69:1, pages 67-70.
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Elaheh K Goharshadi & Ali Boushehri. (1994) Direct Determination of the Interaction Potentials of Ar–Xe, Kr–Xe, and Ar–Kr from the Extended Principle of Corresponding States. Bulletin of the Chemical Society of Japan 67:9, pages 2403-2406.
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A. Boushehri & A. Maghari. (1990) The Xenon Interaction Potential from the Extended Principle of Corresponding States. Journal of the Physical Society of Japan 59:12, pages 4302-4305.
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Ali Boushehri & Jalil Moghadasi Absardi. (1989) Direct Determination of the Intermolecular Potential for Krypton. Bulletin of the Chemical Society of Japan 62:4, pages 1313-1315.
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Paul M. Holland, Louis Biolsi & James C. Rainwater. (1985) Predicting transport properties without adjustable parameters: A test application of the Hulburt-Hirschfelder potential to argon. Chemical Physics 99:3, pages 383-388.
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R. A. Aziz & A. van Dalen. (1983) An improved potential for Ar–Kr. The Journal of Chemical Physics 78:5, pages 2413-2418.
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B Stefanov, O Iordanov & L Zarkova. (1982) Interaction potential in 1 Σ g + Hg 2 : fit to the experimental data . Journal of Physics B: Atomic and Molecular Physics 15:2, pages 239-247.
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E.Brian Smith, Andrew R. Tindell, Bryan H. Wells & JoséLuis Brun. (1981) A direct method for the inversion of isotopic thermal diffusion data. Physica B+C 106:1, pages 117-122.
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A. Boushehri. (1979) The extended law of corresponding states and the interaction potential. Physica A: Statistical Mechanics and its Applications 97:1, pages 206-210.
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A. Boushehri, L.A. Viehland & E.A. Mason. (1978) Direct determination of interaction potentials from gas viscosity measurements alone. Chemical Physics 28:3, pages 313-318.
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Louis Monchick & Sheldon Green. (1977) Validity of approximate methods in molecular scattering. III. Effective potential and coupled states approximations for differential and gas kinetic cross sections. The Journal of Chemical Physics 66:7, pages 3085-3093.
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L.A. Viehland, E.A. Mason, T.H. Stevens & L. Monchick. (1976) Test of the H+2 + He interaction potential. Comparison of the interactions of He with H+, H+2 and H+3. Chemical Physics Letters 44:2, pages 360-362.
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Larry A. Viehland, Margaret M. Harrington & E.A. Mason. (1976) Direct determination of ion-neutral molecule interaction potentials from gaseous ion mobility measurements. Chemical Physics 17:4, pages 433-441.
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Claus Hoheisel. (2010) Molecular Dynamics Calculations for Liquid Neon and Methane. Berichte der Bunsengesellschaft für physikalische Chemie 80:10, pages 985-991.
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