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 …

Results from the application of optical potential, relativistic optical potential, relativistic
convergent close-coupling, and binary encounter Bethe models to electron scattering from …

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 theoretical investigation on differential, integral, momentum transfer, viscosity cross
sections and spin polarization for elastically scattered electrons and positrons from Ar atoms …

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 …

This work calculates the differential, integral and momentum transfer cross sections for the
scattering of e±by the neutral neon over the energy range 1 eV–0.5 GeV and those of e− by …

The current study investigates the scattering of electrons and positrons from aluminum
isonuclear series within the framework of the Dirac relativistic partial wave analysis. For the …

The differential, total, momentum transfer and viscosity cross sections for the elastic
scattering of electrons and positrons by ytterbium atoms have been calculated. We have …

This study presents a comprehensive theoretical investigation into the scattering of electrons
and positrons from nitrogen dioxide (NO2) molecules across a broad energy ranging from 1 …

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 …