E.V.Prikhod`ko, A.F.Petrov
Received May 23, 1998
A physico-chemical model of salt melt structure has been
developed allowing to calculate integral and partial characteristics
of electron structure for simple and multicomponent systems basing
on their compositions. It is shown that those characteristics can
be used to generalize the available experimental data on various melt
properties in the form suitable for both the estimation of experimental
data reliability (in cases where those are contradictory) and for
semi-empirical property forecasting of non-studied systems. Formulas
are proposed to calculate the molar volume, thermodynamic properties,
viscosity, and surface tension of melted alkali halides.