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Molecular Physics
An International Journal at the Interface Between Chemistry and Physics
Volume 33, 1977 - Issue 4
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Original Articles

Thermodynamic perturbation theory for multipolar and ionic liquids

B. Larsen Department of Chemistry, University of Bergen, N-5014, Bergen-Univ., Norway; Department of Mechanical Engineering, State University of New York, Stony Brook, N.Y., U.S.A.
,
J.C. Rasaiah Department of Chemistry, Royal Holloway College, (London University); Physical Chemistry Laboratory, Oxford University, OxfordView further author information
&
G. Stell Department of Mechanics, State University of New York, Stony Brook, New York, 11794
Pages 987-1027 | Received 03 Jul 1976, Published online: 22 Aug 2006

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Martin G. Bjørner & Georgios M. Kontogeorgis. (2016) Modelling the phase equilibria of multicomponent mixtures containing CO2, alkanes, water, and/or alcohols using the quadrupolar CPA equation of state. Molecular Physics 114:18, pages 2641-2654.
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T.K. Lahiri & Shri Singh. (2011) Discotic Nematic-Isotropic Phase Transition Properties for a Disc-Like Mesogen. Molecular Crystals and Liquid Crystals 537:1, pages 85-92.
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Ji[rbreve]Í Jane[cbreve]ek & Tomá[sbreve] BoublÍk. (2006) Monte Carlo study of dipolar and quadrupolar hard prolate spherocylinders. Molecular Physics 104:2, pages 197-210.
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A. L. Benavides, S. Lago, B. Garzón, L. F. Rull & F. Del Río. (2005) Liquid–vapour equilibrium of multipolar square-well fluids.Gibbs ensemble simulations and equation of state. Molecular Physics 103:24, pages 3243-3251.
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Kalyan Singh, Shri Singh & T. K. Lahiri. (2000) Properties of the discotic-nematic to isotropic transition: influence of short range orientational order. Liquid Crystals 27:11, pages 1431-1436.
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KALYAN SINGH, N. S. PANDEY & T. K. LAHIRI. (1999) Perturbation theory for discotic nematic liquid crystals of axially symmetric molecules: effect of dispersion interaction. Liquid Crystals 26:7, pages 999-1005.
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By S. C. MCGROTHER, G. JACKSON & D. J. PHOTINOS. (1997) The isotropic-nematic transition of dipolar spherocylinders: combining thermodynamic perturbation with Monte Carlo simulation. Molecular Physics 91:4, pages 751-756.
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CHRISTIAN KRIEBEL & JOCHEN WINKELMANN. (1997) Vapour-liquid equilibria for Stockmayer fluids with rigid and RESEARCH NOTE polarizable dipoles. Molecular Physics 90:2, pages 297-301.
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YOLANDA GUEVARA ANA LAURA BENAVIDES FERNANDO DEL RIO. (1996) Thermodynamics of a square well octopolar fluid. Molecular Physics 89:5, pages 1277-1290.
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CHRISTIAN KRIEBEL. (1996) Thermodynamic properties of polarizable Stockmayer fluids: perturbation theory and simulation. Molecular Physics 88:2, pages 559-578.
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S. Singh & K. Rajesh. (1991) The Influence of Induction Interaction on the Curvature Elasticity of Nematic Liquid Crystals. Molecular Crystals and Liquid Crystals 200:1, pages 133-144.
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Fernando Del Río & Ana Laura Benavides. (1991) On some properties of the hard-sphere radial distribution function. Molecular Physics 72:2, pages 307-313.
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Tomá[sbreve] Boublik. (1990) Perturbation theory of pure quadrupolar hard gaussian overlap fluids. Molecular Physics 69:3, pages 497-505.
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Kalyan Singh & U.P. Singh. (1989) Perturbation theory for nematic liquid crystals of axially symmetric molecules: Numerical results at high pressures including second- and fourth rank orientational order parameters. Liquid Crystals 6:6, pages 641-655.
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K. Singh, U.P. Singh & S. Singh. (1988) Statistical mechanical theory for discotic liquid crystals Discotic nematic-isotropic transition properties. Liquid Crystals 3:5, pages 617-629.
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KennethS. Pitzer & DonaldR. Schreiber. (1987) The restricted primitive model for ionic fluids. Molecular Physics 60:5, pages 1067-1078.
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Robert K.A. Tan, Karl-Heinz Naumann & ThomasW. Leland. (1986) Evaluation of structural integrals in the perturbation of hard sphere mixture properties by intermolecular attraction in mixtures. Molecular Physics 59:4, pages 795-816.
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DavidE. Logan. (1986) On the isotropic Raman spectra of isotopic binary mixtures. Molecular Physics 58:1, pages 97-129.
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J.S. Perkyns, P.H. Fries & G.N. Patey. (1986) The solution of the reference hypernetted-chain approximation for fluids of hard spheres with dipoles and quadrupoles. Molecular Physics 57:3, pages 529-542.
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C.E. Woodward & Sture Nordholm. (1985) A theoretical estimation of orientational quantum effects in polar fluids. Molecular Physics 55:4, pages 827-852.
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C.G. Gray, C.G. Joslin, V. Venkatasubramanian & K.E. Gubbins. (1985) Induction effects in fluid mixtures of dipolar-quadrupolar polarizable molecules. Molecular Physics 54:5, pages 1129-1148.
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C.G. Joslin, C.G. Gray & K.E. Gubbins. (1985) Renormalized perturbation theory for dipolar and quadrupolar polarizable liquids. Molecular Physics 54:5, pages 1117-1128.
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M. Wojcik & K.E. Gubbins. (1984) Thermodynamics and structure of hard oblate spherocylinder fluids. Molecular Physics 53:2, pages 397-420.
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V. Venkatasubramanian, K.E. Gubbins, C.G. Gray & C.G. Joslin. (1984) Induction effects in polar-polarizable liquid mixtures. Molecular Physics 52:6, pages 1411-1429.
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C.E. Woodward & Sture Nordholm. (1984) An effective pair potential for dipolar fluids. Molecular Physics 52:4, pages 973-986.
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DavidE. Logan. (1984) Quantum theory of polarizable quadrupolar fluids. Molecular Physics 51:6, pages 1395-1417.
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DavidE. Logan. (1984) Quantum theory of polarizable quadrupolar fluids. I. Molecular Physics 51:6, pages 1365-1394.
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S. Singh & K. Singh. (1983) Perturbation Theory for Nematic Liquid Crystals of Axially Symmetric Molecules: II. Effect of Quadrupolar Forces. Molecular Crystals and Liquid Crystals 101:1-2, pages 77-102.
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S. Singh, Y. Singh, T. Barbara & B.P. Dailey. (1982) Perturbation Theroy for Nematic Liquid Crystals of Axially Symmetric Molecules: Properties of a Trial System. Molecular Crystals and Liquid Crystals 87:3-4, pages 211-237.
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StevenL. Carnie, DerekY.C. Chan & GlenR. Walker. (1981) The statistical mechanics of ion-dipole-tetrahedral quadrupole mixtures. Molecular Physics 43:5, pages 1115-1138.
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G.N. Patey, D. Levesque & J.J. Weis. (1979) Integral equation approximations for fluids of hard spheres with dipoles and quadrupoles. Molecular Physics 38:5, pages 1635-1654.
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M.S. Wertheim. (1979) Theory of polar fluids. Molecular Physics 37:1, pages 83-94.
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WilliamG. Madden, DonaldD. Fitts & WilliamR. Smith. (1978) Perturbation theory for the radial distribution functions of dipolar and quadrupolar hard-sphere fluids. Molecular Physics 35:4, pages 1017-1027.
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