Experimental data on the heat capacities of molten alkali halides near their melting points
are analyzed depending on cation–anion composition. The isochoric heat capacities of all …

Several variants of the equation of state (EoS) for molten alkali halides are considered using
the thermodynamic perturbation theory. Most attention is focused on taking into account the …

A statistical-thermodynamic model that makes it possible to describe with good accuracy
phase equilibria between melt and crystal in binary alkali halide mixtures with common …

A model is proposed to describe liquid–crystal phase equilibria in order to calculate the
melting temperatures of ionic compounds. The dependence of the melting temperatures of …

The temperature dependences of the densities of molten rubidium and cesium halides are
described for the first time in terms of a statistical theory of liquid. The equation of state used …

Because of great difficulties in conducting high–temperature experiments to measure the
thermal effects in molten salts, the information accumulated to date on the temperature …

In view of ever-increasing interest of the industry in multicomponent salt solutions, those
engaged in physical chemistry are facing a problem of deriving equations of state that could …

The thermodynamic perturbation theory based on a model of a multicomponent mixture of
charged hard spheres is used to propose the equation of state for alkali halide melts that …

The partial structure factors (PSFs) of molten lithium fluoride at a temperature of 1200 K are
calculated using the following three methods: ab initio and classical molecular dynamics …

A model for calculating phase equilibria between a liquid and a crystal is proposed, which
makes it possible to evaluate the melting points of ionic compounds. The dependence of the …