We presents expressions for the pressure dependence of the melting temperature of metals
using Murnaghan, Usual-Taits, and Kholiya equations of state. The predicted model …

Semi-empirical equations of state based on Lindemann's law have been developed to
determine the pressure (P) dependence of the melting temperature (T m) of Li, K, Rb and Cs …

The Lindeman law and a model for the volume dependence of the Grüneisen coefficient
generalizing previous current theories are used to calculate the melting curve of aluminum …

In the present study, a thermodynamic model is formulated to determine the melting
temperature of metals with increasing pressure using an equation of state (EoS). The model …

The expressions for the pressure dependences of bulk modulus and the Grüneisen
parameter used by Arafin and Singh [Int. J. Mod. Phys. B 30, 1750031 (2016)] in the …

A simple theory is developed to study the pressure dependence of Grüneisen parameter, γ.
The final results show that γ varies linearly with the pressure, that is, γ (p, T)= γ (0, T)–ηp …

[en] Using the volume dependence of the Grueneisen constant at higher temperatures, the
volume effect on the melting temperature of alkali metals is studied by Lindeman's melting …

We model the density dependence of the Grüneisen parameter as γ (ρ)= 1/2+ γ1/ρ1/3+
γ2/ρq, where γ1, γ2, and q> 1 are constants. This form is based on the assumption that γ is …

The dependence of the melting temperature of metals Cu, Ag and Au on pressure in the
interval from 0 to 40 kbar is studied by the statistical moment method. This dependence has …

Using the assumption [Formula: see text] and the Grüneisen parameter γ macroscopic
definition expression, we obtained a relationship for the volume dependence of the …