The present work reports the calculations of the differential cross sections (DCSs) along-with
the critical minima (CM) and the spin polarization or Sherman function for the scattering of …

This article reports on the scattering of unpolarized and spin polarized electrons and
positrons from 28 Ni 58, 29 Cu 63, 46 Pd 108, and 78 Pt 196, covering light to heavy …

Calculations are presented for differential, integrated elastic, momentum transfer, viscosity,
inelastic, total cross sections and spin polarization parameters S, T and U for electrons and …

A complex optical potential, in the framework of Dirac partial wave analysis, is employed to
study the minima in the differential cross sections (DCSs) and the spin polarization due to …

We present a theoretical study on the calculations of various cross sections related to the
scattering of electrons and positrons from indium atoms. Our calculations cover the energy …

Differential cross sections and spin asymmetries for leptons colliding with light and heavy
targets are calculated at collision energies E e ranging from 1 eV to 0.3 GeV. For …

With a complex optical potential, V (r), the Dirac relativistic equation is solved, employing the
partial wave technique, to evaluate the differential, integrated, momentum transfer and …

Abstract Differential, integral, momentum-transfer, viscosity, inelastic and total cross sections
as well as spin asymmetries are calculated for electron and positron scattering from the gold …

Scattering of e+ with Al, Ni, Cu, Ag, Pt, and Au atoms including the relativistic effect at 1 eV≤ E
Page 74 CHAPTER TWO Scattering of e+ with Al, Ni, Cu, Ag, Pt, and Au atoms including the …

This work reports on the differential and various angle integrated cross sections for the
scattering of electrons and positrons by silicon atoms. Moreover, the Sherman function S (θ) …