Hot, dense plasmas exhibit screened Coulomb interactions, resulting from the collective
effects of correlated many-particle interactions. In the lowest particle correlation order (pair …

Abstract Effects of nonideality of classical plasma on the reaction: p+ H (1 s)→ H (nlm)+ p
has been investigated by carrying out fully quantum mechanical calculations within the …

Low-lying S-wave resonances in positronic lithium (e+ Li) under hot and dense plasmas are
investigated by the stabilization method. The screened interaction in plasma is represented …

The total, state-selective, and angular-differential cross sections for He 2++ H collision
system in warm dense plasmas are studied by using the two-center atomic orbital close …

The dynamics of positron scattering from the ground state of lithium, sodium and potassium
atoms in hot and dense plasmas has been investigated by applying a two-state …

We calculate the bound state energies of the hydrogen atom in semiclassical dense
hydrogen plasmas modeled by the effective screened interaction potential developed by …

Abstract Effects of the hot and dense plasma on the doubly excited states (DES) of the four-
electron beryllium-like ions (BLI) with Z varying from 4 to 10 have been investigated by …

Quantum mechanical calculations have been accomplished to study the dynamics of the
reaction: p+ H (1 s)→ H (nlm)+ p in dense semi‐classical hydrogen plasma. Interactions …

The effects of dense quantum plasma on 1 s→ nlm charge transfer, for arbitrary n, l, m, in
proton-hydrogen collisions have been studied by employing a distorted wave …

The dynamics of resonant charge exchange in proton–hydrogen collisions embedded in
plasma is investigated in the framework of the asymptotic approach, modified to account for …