In the framework of a quasi-molecular approach, the formation of hydrogen atom in the pre-
recombination period of evolution of the Universe is analysed quantitatively. Calculations in …

In our recent papers, a non-standard quasi-molecular mechanism was suggested and
applied to treat the cosmological recombination. It was assumed that, in the pre …

The recombination of an electron and a proton is assumed to occur in the presence of
another proton, which participates in the process. The system of colliding particles is …

A computational method in parabolic coordinates is proposed to treat the scattering of a
charged particle from both spherically and axially symmetric Coulomb-like potentials …

The hydrogen molecular ion, H 2+, is considered in the fixed nuclei approximation. The
oscillator strengths relevant to free-bound transitions in H 2+ are presented as asymptotic …

We present a computational and theoretical framework for solving the Schrödinger equation
(SE) for the two–center Coulomb problem in prolate spheroidal coordinates when the …

In our recent papers (Kereslidze et all 2019a, 2021) a non-standard quasi-molecular
mechanism was suggested and applied to treat the cosmological recombination. It was …

The eigenvalues and eigenfunctions of Dirac–Pauli equation have been obtained for a
neutron with anomalous magnetic moment (AMM) in the presence of a strong magnetic field …

With the aim of describing bound and continuum states for diatomic molecules, we develop
and implement a spectral method that makes use of Generalized Sturmian Functions (GSF) …