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Molecular Physics
An International Journal at the Interface Between Chemistry and Physics
Volume 56, 1985 - Issue 2
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Original Articles

Solution and thermodynamic consistency of the GMSA for hard sphere mixtures

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Pages 319-333 | Received 01 Mar 1985, Accepted 23 May 1985, Published online: 23 Aug 2006

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Read on this site (9)

By A. MALIJEVSKY & M. BAROSOVA. (1997) Integral equation and computer simulation study of the structure of additive hard-sphere mixtures. Molecular Physics 91:1, pages 65-74.
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Yiping Tang & BenjaminC.-Y. Lu. (1995) Analytical solution of the Ornstein-Zernike equation for mixtures. Molecular Physics 84:1, pages 89-103.
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G. Giunta. (1989) Hard-sphere mixtures: geometrical thoughts. Molecular Physics 67:5, pages 1203-1204.
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Giorgio Pastore. (1988) Uniqueness and the choice of the acceptable solutions of the MSA. Molecular Physics 63:4, pages 731-741.
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S.H. Lee, P.T. Cummings & G. Stell. (1987) Statistical mechanical models of chemical reactions. Molecular Physics 62:1, pages 65-90.
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P. Ballone, G. Pastore, G. Galli & D. Gazzillo. (1986) Additive and non-additive hard sphere mixtures. Molecular Physics 59:2, pages 275-290.
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Articles from other publishers (27)

Juan Antonio González, José Carlos Cobos, Isaías García de la Fuente & Ismael Mozo. (2009) Thermodynamics of mixtures containing amines. IX. Application of the concentration–concentration structure factor to the study of binary mixtures containing pyridines. Thermochimica Acta 494:1-2, pages 54-64.
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M Yasutomi. (2003) Mean spherical approximation algorithm for multicomponent fluid mixtures with multi-screened Coulomb plus power series interactions. Journal of Physics: Condensed Matter 15:49, pages 8213-8233.
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Andrés Santos, Santos B. Yuste & Mariano López de Haro. (2002) Contact values of the radial distribution functions of additive hard-sphere mixtures in d dimensions: A new proposal . The Journal of Chemical Physics 117:12, pages 5785-5793.
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D. Viduna & W. R. Smith. (2002) Calculation of binary hard-sphere mixture radial distribution functions at contact from an equation of state. The Journal of Chemical Physics 117:3, pages 1214-1219.
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C Caccamo, G Pellicane, R Ricciari & G Faggio. (2000) Generalized mean-spherical-approximation description of highly asymmetric hard-sphere mixtures. Journal of Physics: Condensed Matter 12:12, pages 2613-2622.
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Yu. V. Kalyuzhnyi & P.T. Cummings. 2000. Equations of State for Fluids and Fluid Mixtures. Equations of State for Fluids and Fluid Mixtures 169 254 .
Lowri A. Davies, Alejandro Gil-Villegas & George Jackson. (1999) An analytical equation of state for chain molecules formed from Yukawa segments. The Journal of Chemical Physics 111:18, pages 8659-8665.
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Andrés Santos, Santos Bravo Yuste & Mariano López de Haro. (1998) Radial distribution functions for a multicomponent system of sticky hard spheres. The Journal of Chemical Physics 109:16, pages 6814-6819.
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Santos Bravo Yuste, Andrés Santos & Mariano López de Haro. (1998) Structure of multi-component hard-sphere mixtures. The Journal of Chemical Physics 108:9, pages 3683-3693.
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C. Caccamo. (1996) Integral equation theory description of phase equilibria in classical fluids. Physics Reports 274:1-2, pages 1-105.
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Yiping Tang & Benjamin C.-Y. Lu. (1995) Improved expressions for the radial distribution function of hard spheres. The Journal of Chemical Physics 103:17, pages 7463-7470.
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Christian Regnaut & Yvonne Heno. (1993) Adhesive limit of the GMSA as a simple model of hard sphere fluids. Zeitschrift f�r Physik B Condensed Matter 92:2, pages 205-210.
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L. Blum, F. Vericat & J. N. Herrera-Pacheco. (1992) On the analytical solution of the Ornstein-Zernike equation with Yukawa closure. Journal of Statistical Physics 66:1-2, pages 249-262.
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J. N. Herrera, L. Blum & Fernando Vericat. 1992. Condensed Matter Theories. Condensed Matter Theories 153 162 .
E. Arrieta, C. Jedrzejek & K. N. Marsh. (1991) Mean spherical approximation algorithm for multicomponent multi-Yukawa fluid mixtures: Study of vapor–liquid, liquid–liquid, and fluid–glass transitions. The Journal of Chemical Physics 95:9, pages 6806-6837.
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C. Hoheisel & R. Zhang. (1991) Structure and phase-separation behavior of Yukawa mixtures studied by the mean-spherical approximation and computer calculations. Physical Review A 43:10, pages 5332-5336.
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Gerhard Kahl. (1990) Nonadditive hard-sphere reference system for a perturbative liquid state theory of binary systems. The Journal of Chemical Physics 93:7, pages 5105-5117.
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M D Winn & D E Logan. (1989) Soluble theories for the density of states of a spatially disordered two-level tight-binding model. Journal of Physics: Condensed Matter 1:44, pages 8683-8708.
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J. Konior & C. Jȩdrzejek. (1989) Mean spherical approximation equations for a symmetric hard-core two-yukawa mixture. Physica A: Statistical Mechanics and its Applications 161:2, pages 339-356.
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J.S. Rowlinson. (1989) The Yukawa potential. Physica A: Statistical Mechanics and its Applications 156:1, pages 15-34.
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C. Caccamo & G. Malescio. (1989) Phase stability of dense charged hard sphere fluid mixtures. The Journal of Chemical Physics 90:2, pages 1091-1098.
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Ramón G. Rubio, Mercedes Cáceres, Rosa M. Masegosa, Lina Andreolli‐Ball, Miguel Costas & Donald Patterson. (2010) Mixtures with “w‐Shape” C E p curves. A light scattering study . Berichte der Bunsengesellschaft für physikalische Chemie 93:1, pages 48-56.
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D J Gonzalez & M Silbert. (1988) Ordering potential and the structural properties of binary Yukawa mixtures. Journal of Physics F: Metal Physics 18:11, pages 2353-2362.
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E. Arrieta, C. Jȩdrzejek & K. N. Marsh. (1987) Numerical MSA solution for binary Yukawa mixtures. The Journal of Chemical Physics 86:6, pages 3607-3626.
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C. Jȩdrzejek, J. Konior & M. Streszewski. (1987) Analytically soluble mean-spherical-approximation model of a binary mixture with phase transitions. Physical Review A 35:3, pages 1226-1234.
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E. Arrieta, C. Jedrzejek & K.N. Marsh. (1987) Simplified GMSA for yukawa mixtures. Fluid Phase Equilibria 37, pages 287-292.
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Maria C. Abramo, C. Caccamo & G. Giunta. (1986) Phase stability of fluid hard-sphere mixtures interacting through an attractive Yukawa tail. Physical Review A 34:4, pages 3279-3287.
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