Molecular dynamics simulations are becoming a powerful tool for examining and predicting
atomic and molecular processes in various environments. The present review showcases …

In this article a dense nonideal, nonisothermal plasma is considered. New effective
screened interaction potentials taking into account quantum-mechanical diffraction and …

Some fundamental quantities governing the physicochemical properties of the spherically
confined (contained in a spherical box) hydrogen atom embedded in dense semiclassical …

The relaxation of temperature, coupling parameters, the excess part of equation of state, and
the correlation energy of the non-isothermal hot dense plasmas are considered on the basis …

The dynamic model of the charged particles interaction in non-ideal semiclassical plasma is
presented. This model takes into account the quantum mechanical diffraction effect and the …

The effects of dense semi-classical plasma (DSCP) on the ground state of the negative ion
of hydrogen (H−) and on the dynamics of electron–hydrogen scattering have been …

In this paper, the multipole expansion method is used to determine effective interaction
potentials between particles in both classical dusty plasma and dense quantum plasma. In …

The total ionization cross section for C 2 F x (x= 1− 6) and C 3 F x (x= 1− 8) fluorocarbon
species are studied with the Binary-Encounter Bethe (BEB) model using various orbital …

In this work, stopping power has been calculated on the basis of the Coulomb logarithm
using the effective potentials. Calculations of the Coulomb logarithm and stopping power for …

The thermoelectric transport coefficients of silver and gold plasma have been calculated
within the relaxation-time approximation. We considered temperatures of 10–100 kK and …