Accurate solution of the proton–hydrogen three-body scattering problem
IB Abdurakhmanov, AS Kadyrov… - Journal of Physics B …, 2016 - iopscience.iop.org
An accurate solution to the fundamental three-body problem of proton–hydrogen scattering
including direct scattering and ionization, electron capture and electron capture into the …
including direct scattering and ionization, electron capture and electron capture into the …
Polarization of Lyman-α and Balmer-α emission in proton–hydrogen collisions: a study using first-order Born–Faddeev-type equations
R Fathi, MA Bolorizadeh, FS Akbarabadi… - Journal of Physics B …, 2012 - iopscience.iop.org
A three-body Born–Faddeev model is devised to calculate the total cross sections of Balmer-
α and Lyman-α emissions, for the excitation of hydrogen atoms by proton impact in the …
α and Lyman-α emissions, for the excitation of hydrogen atoms by proton impact in the …
Calculation of differential and total cross sections for Positrion-Hydrogen impact with second-order Born-Faddeev approximation in excitation channel
R Fathi - Iranian Journal of Physics Research, 2019 - ijpr.iut.ac.ir
In this paper, we have implemented a three-body formalism, where the interaction potential
is replaced by the transition matrix, in the excitation channel for the collision of positron and …
is replaced by the transition matrix, in the excitation channel for the collision of positron and …
Quasi-four-body treatment of charge transfer in the collision of protons with atomic helium: II. Second-order non-Thomas mechanisms and the cross sections
Z Safarzade, FS Akbarabadi, R Fathi… - … Physical Journal Plus, 2018 - epjplus.epj.org
A fully quantum mechanical four-body treatment of charge transfer collisions between
energetic protons and atomic helium is developed here. The Pauli exclusion principle is …
energetic protons and atomic helium is developed here. The Pauli exclusion principle is …
Analytical calculation of the scattering amplitudes for transition from the ground to ns and np states of atomic hydrogen by proton impact in excitation channel-Semi …
R Fathi - Journal of Research on Many-body Systems, 2017 - jrmbs.scu.ac.ir
In the present study, the excitation process has been reviewed by a semi classical formalism
in charged particles impact with atomic hydrogen at the intermediate and high energy range …
in charged particles impact with atomic hydrogen at the intermediate and high energy range …
Three-body treatment of the Z-dependence for excitation cross sections in Aq+ + H (1s) collisions — Excitation from the ground to the 2s and 3s states
R Fathi, F Shojaei Akbarabadi, MA Bolorizadeh… - The European Physical …, 2015 - Springer
A three-body Faddeev type formalism is applied to calculate the total excitation cross
sections in the collision of a bare ion, A q+(1≤ q≤ 4), with atomic hydrogen, leading to the …
sections in the collision of a bare ion, A q+(1≤ q≤ 4), with atomic hydrogen, leading to the …
Excitation cross sections in the collision of protons with He atoms at intermediate and high energies under a three body formalism
In this work, we have devised a three-body model to calculate the cross sections for the
excitation of helium atom by energetic protons. This four-body problem is simplified into a …
excitation of helium atom by energetic protons. This four-body problem is simplified into a …
Polarization of Lyman-Alpha and Balmer-Alpha in proton-hydrogen collision measured under three-body Faddeev type formalism
R Fathi, MA Bolorizadeh… - Journal of Physics …, 2012 - search.proquest.com
Polarization of Lyman-Alpha and Balmer-Alpha in proton-hydrogen collision measured under
three-body Faddeev type formalism Polarization of Lyman-Alpha and Balmer-Alpha in …
three-body Faddeev type formalism Polarization of Lyman-Alpha and Balmer-Alpha in …