We have investigated the S-wave resonance states in positron-hydrogen system embedded
in dense quantum plasmas using Hylleraas-type wave functions within the framework of the …

The effect of screening of weakly coupled plasma on positronium (Ps) formation in excited
states in the scattering of a positron from the ground state of a hydrogen atom has been …

The scattering dynamics of electron capture in e+ e^+‐H (1 s) scattering under dense semi‐
classical plasma (DSCP) environments has been investigated theoretically. Coupled multi …

Formation of Rydberg atoms due to 1 s→ nlm excitations of hydrogen by positron impact, for
arbitrary n, l, m, in dense quantum plasma has been investigated using a distorted wave …

Plasma screening effects on S-wave resonance states of two-electron systems, starting from
Be^ 2+ Be 2+ to Ne^ 8+ Ne 8+, are investigated in a quantum plasma medium using highly …

The plasma screening effects of dense quantum plasmas on H++ H charge exchange and
ionization cross sections are calculated by the classical trajectory Monte Carlo method. For …

Effects of dense quantum plasmas on positronium (Ps) formation in an arbitrary nlm–state in
the scattering of positrons from the ground state of hydrogen atoms have been investigated …

Abstract Effects of dense quantum plasma on the S-wave resonance states in positron–
helium system have been studied by calculating the density of resonance states with in the …

The plasma screening effects of dense quantum plasmas on charge exchange processes of
a fully stripped ion colliding with a hydrogen atom are studied by the classical trajectory …

Dynamics of++ He H 2 ionization in dense quantum plasmas (DQPs) has been studied by
the classical trajectory Monte Carlo method. The interactions between charged particles …