Thermodynamic Properties of a Rigid‐Sphere Fluid

Keywords

Equation of state, Thermodynamics, Physics

References

• Significant liquid structuresHenry Eyring, Mu Shik Jhon — 1969
• Studies in Molecular Dynamics. V. High‐Density Equation of State and Entropy for Hard Disks and SpheresB. J. Alder, William G. Hoover, David A. Young — 1968
• Melting Transition and Communal Entropy for Hard SpheresWilliam G. Hoover, Francis H. Ree — 1968
• Statistical Mechanics of Rigid SpheresHoward Reiss, H. L. Frisch, Joel L. Lebowitz — 1959
• Analytic Solution of the Percus-Yevick EquationM. S. Wertheim — 1964
• Lattice theories of the liquid stateJohn A. Barker, E. A. Guggenheim, Joseph Mayer — 1963
• Fifth and Sixth Virial Coefficients for Hard Spheres and Hard DisksFrancis H. Ree, William G. Hoover — 1964
• The Statistical Mechanics of Simple LiquidsStuart A. Rice, Peter Gray, Andrew G. De Rocco — 1966
• Equation of State for Hard SpheresEverett Thiele — 1963
• Equation of State for Nonattracting Rigid SpheresNorman F. Carnahan, K.E. Starling — 1969
• Studies in Molecular Dynamics. II. Behavior of a Small Number of Elastic SpheresB. J. Alder, T. E. Wainwright — 1960
• Variations on van der Waals' equation of state for high densitiesE. A. Guggenheim — 1965

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• A Lattice Boltzmann Approach to Multi-Phase Surface Reactions with Heat EffectsM. Kamali — 2013
• Theoretical Modeling of the Nanostructure Formation in Soft Condensed Matter Using Atomic Force MicroscopyP. Paramonov — 2005
• Accurate description of the critical region by a molecular-based equation of state with a crossover treatmentLlovell Ferret, Fèlix Lluı́s — 2006
• On understanding microemulsionsG.J Verhoeckx, P.L. De Bruyn, J. Th. G. Overbeek — 1987
• On understanding microemulsions: II. Thermodynamics of droplet-type microemulsionsJ. Th. G. Overbeek, G.J Verhoeckx, P.L. De Bruyn — 1987
• Excess entropy and crystallization in Stillinger-Weber and Lennard-Jones fluids.Debdas Dhabal, Andrew H. Nguyen, Murari Singh — 2015
• Monte Carlo study of a phase‐separating liquid mixture by umbrella samplingG. M. Torrie, J. P. Valleau — 1977
• Estimation of the electric field strength required for breaking the water-in-oil emulsion: A thermodynamic approach considering droplets deformation and the effect of interfacial tensionKaveh Rayat, Farzaneh Feyzi — 2012
• Voronoi neighbor statistics of homogeneously sheared inelastic hard disks and hard spheres.Vijay S. Kumar, V. Kumaran — 2006
• ON THE RELAXATION OF THE TRANSLATIONAL ENERGY IN BINARY MIXTURES OF DENSE HARD SPHERE SYSTEMSS. Fritzsche, R. Haberlandt, H.G. Michalik — 1996
• Hard sphere structural effects in colloid systemsD. John Mitchell, Barry W. Ninham, Bernard A. Pailthrope — 1977
• SQUARE-WELL POTENTIAL WITH TEMPERATURE- DEPENDENT WIDTH OF THE ATTRACTIVE WELL: CALCULATION OF CRITICAL POINTSR. Khordad, B. Mirhosseini — 2012
• Interactions between primitive electrical double layersZixiang Tang, L. E. Scriven, H. T. Davis — 1992
• Influence of external electric field on the polarity of water droplets in water-in-oil emulsion phase transitionKaveh Rayat, Farzaneh Feyzi — 2011
• The thermal conductivity of dense fluids using revised Enskog theoryRolando Castillo, Jorge Orozco — 1990
• Free energy and transport properties of the Gaussian overlap model: Variational approachJorge Orozco, Rolando Castillo — 1993
• Polymer-induced phase separations in nonaqueous colloidal suspensionsAlice P. Gast, Carol K. Hall, William B. Russel — 1983
• Theory of transport processes in dense fluidsWokyung Sung, John S. Dahler — 1984
• Monte Carlo simulation of the hard‐sphere fluid with quantum correction and estimate of its free energyByoung-Jip Yoon, Harold A. Scheraga — 1988
• Isostructural phase transitions due to core collapse. II. A three‐dimensional model with a solid–solid critical pointJ. M. Kincaid, G. Stell, E. Goldmark — 1976

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