A method for predicting an analytical equation of state for liquids from the surface tension
and the liquid density at the freezing temperature (γ 1, ϱ 1) as scaling constants is …

In this study, the application of artificial neural network (ANN) method in predicting the
density of alkali metals and their mixtures is investigated. A total number of 595 different data …

A perturbed hard-sphere-chain equation of state has been applied to calculate the liquid
density of molten metals. Two temperature-dependent parameters appear in the equation of …

This work presents a new method for predicting the equation of state for molten alkali metals,
based on statistical–mechanical perturbation theory from two scaling constants that are …

Results on the density of binary and ternary alkali metal alloys of Cs–K, Na–K, Na–K–Cs, at
temperatures from the freezing point up to several hundred degrees above the boiling point …

Calculated results of the liquid density of binary molten alloys of Na–K and K–Cs over the
whole range of concentrations and that of a ternary molten eutectic of Na–K–Cs from the …

This paper presents a procedure for predicting the equation of state of mercury, by including
mercury in the scope of a new statistical mechanical equation of state that is known for …

Molten alkali metals are shown to be in the domain of the newly developed linear regularity
that is valid for pure compressed liquids and liquid mixtures. It holds in the range of melting …

A new proposed equation of state (EoS) for pure liquid alkali metals has been extended to
predict the volumetric and thermodynamic properties of alkali metal alloys at different …

In this paper, we have derived an equation of state (EoS) for liquid alkali metals based on a
suggested potential function over the whole liquid range including metal–nonmetal …