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Molecular Physics
An International Journal at the Interface Between Chemistry and Physics
Volume 35, 1978 - Issue 5
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Original Articles

Direct determination of intermolecular potentials from gaseous transport coefficients alone

Part II. Application to unlike monatomic interactions

G.C. Maitland Department of Chemical Engineering and Chemical Technology, Imperial College, London, SW7 2BY, U.K.
&
W.A. Wakeham Department of Chemical Engineering and Chemical Technology, Imperial College, London, SW7 2BY, U.K.
Pages 1443-1469 | Received 07 Sep 1977, Published online: 22 Aug 2006

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M. S. A. El-Kader, J.-L. Godet, A. A. El-Sadek & G. Maroulis. (2017) Spectral line shapes of collision-induced light scattering (CILS) and collision-induced absorption (CIA) using isotropic intermolecular potential for H2–Ar. Molecular Physics 115:20, pages 2614-2625.
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M.S.A. El-Kader & Y.N. Kalugina. (2016) Dipole–octupole polarisability of uranium hexafluoride and theoretical prediction of anisotropic light-scattering spectrum using new intermolecular potential. Molecular Physics 114:1, pages 44-52.
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M.S.A. El-Kader. (2015) Collision-induced light scattering spectra of mercury vapour at different temperatures. Molecular Physics 113:11, pages 1368-1377.
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M.S.A. El-Kader. (2013) Thermophysical properties and collision-induced light scattering as a probe for gaseous helium interatomic potentials. Molecular Physics 111:2, pages 309-322.
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M.S.A. El-Kader, A.A. El-Sadek, B.M. Taher & G. Maroulis. (2011) Empirical pair polarizability anisotropy and interatomic potential for monatomic gas mixture of Kr and Xe. Molecular Physics 109:13, pages 1677-1689.
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M. S. A. EL-KADER. (2003) An approximate multi-property empirical isotropic interatomic pair potential for the krypton dimer. Molecular Physics 101:16, pages 2615-2624.
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J.P.M. Trusler. (1988) On the inversion of thermophysical properties. Molecular Physics 64:6, pages 1153-1167.
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M.B. Ewing, M.L. McGlashan & J.P.M. Trusler. (1987) Intermolecular forces from the speed of sound. Molecular Physics 60:3, pages 681-690.
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G.C. Maitland, M. Mustafa, V. Vesovic & W.A. Wakeham. (1986) The inversion of thermophysical properties. Molecular Physics 57:5, pages 1015-1033.
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R. Candori, F. Pirani & F. Vecchiocattivi. (1983) Accurate Ne-heavier rare gas interatomic potentials. Molecular Physics 49:3, pages 551-560.
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G.C. Maitland & W.A. Wakeham. (1978) Direct determination of intermolecular potentials from gaseous transport coefficients alone. Molecular Physics 35:5, pages 1429-1442.
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Articles from other publishers (47)

J.-L. Godet, M.S.A. El-Kader & M.A. El-Naggar. (2024) Line shapes of isotropic and depolarized CILS spectra of neon: Interaction potential and pair polarizability. Journal of Quantitative Spectroscopy and Radiative Transfer 320, pages 108990.
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J.-L. Godet, M.S.A. El-Kader, G. Maroulis & A. Haskopoulos. (2023) Study of the weakly bound pair Helium–Krypton: Interatomic potential, interaction hyperpolarizabilities and hyperRayleigh spectra. Journal of Quantitative Spectroscopy and Radiative Transfer 306, pages 108641.
Crossref
M.S.A. El-Kader, G. Maroulis & M.A. El-Naggar. (2023) Collision-induced absorption spectra (CIA) for monatomic gas mixtures of Helium-Xenon. Journal of Computational Methods in Sciences and Engineering 23:1, pages 559-572.
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Magnus Gustafsson & M.S.A. El-Kader. (2022) Collision-induced absorption in Ar-Xe: a comparative study of empirical and ab initio interaction potentials and electric dipole moments. Journal of Quantitative Spectroscopy and Radiative Transfer 292, pages 108362.
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J.-L. Godet & M.S.A. El-Kader. (2022) Isotropic and anisotropic collision-induced light scattering spectra of krypton gas simultaneously fitted by ground state interatomic potential. Journal of Quantitative Spectroscopy and Radiative Transfer 288, pages 108251.
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M.S.A. El-Kader, G. Maroulis & T. Bancewicz. (2021) Spectral lineshapes of collision-induced absorption (CIA) using isotropic intermolecular potential for N2-CH4. Journal of Computational Methods in Sciences and Engineering 21:4, pages 1063-1078.
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M.S.A. El-Kader & G. Maroulis. (2021) Moment analysis in collision-induced absorption: Determination of a single parameter empirical model for the induced dipole moment of He-Ar gas mixtures. Journal of Computational Methods in Sciences and Engineering 21:3, pages 577-592.
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Farshid Zargari, Delara Mohammad-Aghaie, Maryam Lotfi, Masoume Ghorbanipour, Mohammad Mehdi Alavianmehr & Omolbanin Shahraki. (2017) Transport properties of dilute ammonia-noble gas mixtures from new intermolecular potential energy functions. Chinese Journal of Chemical Engineering 25:12, pages 1727-1734.
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M.S.A. El-Kader & G. Maroulis. (2017) Spectral lineshapes of collision-induced absorption (CIA) using isotropic intermolecular potential for mixtures of molecular hydrogen with helium. Chemical Physics Letters 684, pages 141-147.
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M.S.A. El-Kader & G. Maroulis. (2017) Quantum spectral rototranslational collision-induced absorption (CIA) in CO2 and CO2–Rg pairs (Rg = He, Ar and Xe): An insightful analysis based on new empirical multi-property isotropic intermolecular potentials. Chemical Physics Letters 670, pages 95-101.
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M.S.A. El-Kader. (2013) Multiproperty empirical isotropic interatomic potentials for CH4–inert gas mixtures. Journal of Advanced Research 4:6, pages 501-508.
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Mohamed Sayed Abdel Kader. (2008) Collision-induced light scattering spectra and ground state potential of gaseous xenon. Chemical Physics 352:1-3, pages 311-319.
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Fernando Pirani, Simona Brizi, Luiz F. Roncaratti, Piergiorgio Casavecchia, David Cappelletti & Franco Vecchiocattivi. (2008) Beyond the Lennard-Jones model: a simple and accurate potential function probed by high resolution scattering data useful for molecular dynamics simulations. Physical Chemistry Chemical Physics 10:36, pages 5489.
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Mahamed Sayed Abdel El-Kader & S. M. El-Eraky. (2005) Anisotropic and Isotropic Light Scattering Data of Neon Gas Simultaneously Fitted by an Isotropic Ground State Interatomic Potential. Zeitschrift für Physikalische Chemie 219:2, pages 181-195.
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M S A El Kader. (2002) The depolarized interaction-induced light scattering spectrum and ground state potential curve of gaseous argon. Journal of Physics B: Atomic, Molecular and Optical Physics 35:19, pages 4021-4032.
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Mohamed Sayed Abdel Kader. (2002) Empirical intermolecular potential from depolarized interaction-induced light scattering spectra for tetrafluoromethane. Chemical Physics 281:1, pages 49-60.
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Mohamed Sayed Abdel El-Kader. (2002) Empirical Interatomic Potential from Polarized and Depolarized Interaction-Induced Light Scattering Spectra for Gaseous Helium. Zeitschrift für Physikalische Chemie 216:10.
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Mohsen Najafi & Behzad Haghighi. (2000) Direct Calculation of the Intermolecular Interaction Potential from the Extended Principle of Corresponding States for N 2 –He . Physica Scripta 61:1, pages 97-101.
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John Bentley. (1998) Behavior of Electron Density Functions in Molecular Interactions. The Journal of Physical Chemistry A 102:29, pages 6043-6051.
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D. A. Barrow, M. J. Slaman & R. A. Aziz. (1989) Simple accurate potentials for Ne–Kr and Ne–Xe. The Journal of Chemical Physics 91:10, pages 6348-6358.
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L. Beneventi, P. Casavecchia, F. Vecchiocattivi, G. G. Volpi, D. Lemoine & M. H. Alexander. (1988) The Ne–N2 potential energy surface from high-resolution total differential scattering experiments and a close-coupling and infinite-order-sudden analysis. The Journal of Chemical Physics 89:6, pages 3505-3518.
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Roberto Candori, Fernando Pirani & Franco Vecchiocattivi. (1986) The neon–argon interatomic potential. The Journal of Chemical Physics 84:9, pages 4833-4837.
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Terry S. Carlton. (1985) Relative atomic radii from scaling of repulsive interatomic force in noble gas van der Waals molecules. The Journal of Chemical Physics 82:5, pages 2341-2345.
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L. Pierre, H. Guignes & C. Lhuillier. (1985) Adsorption states of light atoms (H, D, He) on quantum crystals (H2, D2, He, Ne). The Journal of Chemical Physics 82:1, pages 496-507.
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Ronald A. Aziz & A. van Dalen. (1984) An improved potential for Ne–Ar. The Journal of Chemical Physics 81:2, pages 779-787.
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R. D. Trengove & Peter J. Dunlop. (1984) Thermal diffusion factors for the system Ar–Kr at 300 and 255 K. The Journal of Chemical Physics 80:1, pages 582-583.
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R. A. Aziz. 1984. Inert Gases. Inert Gases 5 86 .
S. Bosanac & K. Knešaurek. (1983) Atom-atom momentum-transfer cross section in the presence of resonances. Physical Review A 28:4, pages 2190-2194.
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R. W. York, W. L. Taylor & P. T. Pickett. (1983) Total scattering cross sections for the helium–argon system at low relative velocities. The Journal of Chemical Physics 79:6, pages 2831-2838.
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Larry A. Viehland. (1983) Interaction potentials for Li+—rare-gas systems. Chemical Physics 78:2, pages 279-294.
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W. L. Taylor & D. Cain. (1983) Temperature dependence of the mutual diffusion coefficients of He–Ar, Ne–Ar, and Xe–Ar from 350 to 1300 K. The Journal of Chemical Physics 78:10, pages 6220-6227.
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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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R. A. Aziz & A. van Dalen. (1983) Comparison of the predictions of literature intermolecular potentials for Ar–Xe and Kr–Xe with experiment: Two new potentials. The Journal of Chemical Physics 78:5, pages 2402-2412.
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R. T Pack, J. J. Valentini, C. H. Becker, R. J. Buss & Y. T. Lee. (1982) Multiproperty empirical interatomic potentials for ArXe and KrXe. The Journal of Chemical Physics 77:11, pages 5475-5485.
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H.C.W. Beijerinck, P.M.A. van der Kam & N.F. Verster. (1982) Glory undulations in the total cross section for ArAr, Kr, Xe and KrAr, Kr. Chemical Physics 72:3, pages 391-406.
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R. Candori, F. Pirani & F. Vecchiocattivi. (1982) An accurate Ne—Ar interatomic potential. Chemical Physics Letters 90:3, pages 202-206.
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R.D. Trengove, H.L. Robjohns, T.N. Bell, M.L. Martin & Peter J. Dunlop. (1981) Thermal diffusion factors at 300 K for seven binary noble gas systems containing helium or neon. Physica A: Statistical Mechanics and its Applications 108:2-3, pages 488-501.
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J.S. Rowlinson. (1981) The thermodynamic properties of fluid mixtures. Physics and Chemistry of the Earth 13-14, pages 41-64.
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D. Leicht & K. Lucas. (2010) Eine neue Potentialfunktion — das n ‐exp‐6‐8‐Potential . Berichte der Bunsengesellschaft für physikalische Chemie 85:1, pages 20-27.
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E. W. Boom & J. van der Elsken. (1980) Far infrared spectra of van der Waals molecules in HCl–noble gas mixtures. The Journal of Chemical Physics 73:1, pages 15-20.
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M. J. Assael, W. A. Wakeham & J. Kestin. (1980) Higher-order approximation to the thermal conductivity of monatomic gas mixtures. International Journal of Thermophysics 1:1, pages 7-32.
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J.J.H. Van Den Biesen, F.A. Stokvis, E.H. Van Veen & C.J.N. Van Den Meijdenberg. (1980) Measurements on the glory structure in the total cross section of noble gas systems. Physica A: Statistical Mechanics and its Applications 100:2, pages 375-396.
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C.A. Linse, J.J.H. van den Biesen, E.H. van Veen & C.J.N. van den Meijdenberg. (1979) Measurements on the glory structure in the total cross section of noble gas systems II. Ne and Ar scattered by Ar, Kr and Xe. Physica A: Statistical Mechanics and its Applications 99:1-2, pages 166-183.
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R.A. Aziz, J. Presley, U. Buck & J. Schleusener. (1979) An accurate intermolecular potential for Ar–Kr. The Journal of Chemical Physics 70:10, pages 4737-4741.
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P.S. Arora, H.L. Robjohns & Peter J. Dunlop. (1979) Use of accurate diffusion and second virial coefficients to determine (m, 6, 8) potential parameters for nine binary noble gas systems. Physica A: Statistical Mechanics and its Applications 95:3, pages 561-571.
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