Deriving the equation of state of additive hard-sphere fluid mixtures from that of a pure hard-sphere fluid
Author:
Publisher
Elsevier BV
Subject
Condensed Matter Physics,Statistics and Probability
Reference38 articles.
1. A further test of the Boublik et al. equations for binary hard sphere mixtures
2. Computer simulation of the chemical potentials of binary hard-sphere mixtures
3. The solvent—solute distribution function of binary hard sphere mixtures for dilute concentrations of the large sphere
4. Depletion effects and gelation in a binary hard-sphere fluid
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1. Extension of Compressibility-Route Cubic Equations of State and the Radial Distribution Functions at Contact to Multi-Component Hard-Sphere Mixtures;Communications in Theoretical Physics;2014-08
2. Generalized cubic equation of state and the radial distribution functions at contact for multi-component hard-sphere mixtures with large size ratio;Chemical Physics;2014-06
3. Universal cubic equation of state and contact values of the radial distribution functions for multi-component additive hard-sphere mixtures;Molecular Physics;2013-04-09
4. On the compressibility of C60 individual molecules;Chemical Physics Letters;2009-07
5. A Brillouin scattering study of C60/toluene mixtures;Chemical Physics Letters;2008-05
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