The elastic, differential and integrated, and total cross sections for the scattering of electrons
and positrons by magnesium atom have been calculated. These calculations are done …

The spin-polarization S and the spin-polarization parameters U and T of the elastically
scattered electrons from Hg atoms have been computed for scattering angles 0–180 in the …

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 …

The differential, integrated elastic, momentum transfer, viscosity and total cross-sections
along with Sherman function for the elastic scattering of electrons and positrons by sodium …

The critical points were calculated using the Dirac equation and real optical potential model,
in addition to calculating differential, integrated elastic, transfer momentum and viscosity …

A complex optical potential (OP) is employed to study the critical minima (CM) and spin
polarization in the elastic e−–Ba and e+–Ba scattering for collision energies in the range E …

We report on elastic electron scattering cross sections from Ca and Mg confined by C 60 and
C 20 using the optical potential method. We demonstrate the diffuse effect caused by a …

Within the framework of the complex optical potential, the critical minima (CM) in the
differential cross sections and the spin polarization in the elastic scattering of electrons by …

We have developed relativistic coupled-cluster (RCC) theory to study elastic scattering of
electrons from free and confined Ca atoms. For this purpose, we first investigated electron …

A review on recent calculations of the differential, integrated, and total cross sections along
with the spin-polarization parameters for the elastic collisions of electrons and positrons with …