Journal of Chemical Physics, Vol.103, No.18, 8299-8301, 1995
A Comparison of Liquid-Vapor Coexistence in Charged Hard-Sphere and Charged Hard Dumbbell Fluids
Simulations are used to show that fluids of charged hard spheres and charged hard dumbbells have similar liquid-vapor coexistence curves. We conclude that the condensation of ionic fluids is largely driven by the interaction of ion pairs. The relevance of this observation to current theories of ionic condensation is discussed.
Keywords:RESTRICTED PRIMITIVE MODEL;IONIC FLUIDS;CRITICAL EXPONENT;CONSOLUTE POINT;MONTE-CARLO;ELECTROLYTES;REGION