Calculating the thermoacoustical characteristics of molten salts and their mixes using generalised hole theory

Abstract

   Recently developed generalized hole theory has been applied for the first time to molten salts (ionic liquids) and their binary mixtures. Various thermodynamic parameters (internal pressure, energy of vaporization, cohesive energy density, solubility parameter, heat of vaporization and Vander Waals constant) have been computed .The results are found to be are consistant with the experimental findings showing success of the model quite successful indicating the applicability of the theory to for ionic liquids and their binary mixtures.

Keywords: -  Hole creation energy, Hole radius, Isothermal compressibility, Internal pressure, Energy of vaporization, solubility parameter.