Experimental data for the scattering of electrons by selected light atoms at intermediate
energies have been collected and compared with the predictions of the theoretical models …

This review comprises the recent investigations on the elastic collisions of electrons and
positrons with alkali metal atoms (7 Li, 23 Na, 39 K, 85 Rb, and 133 Cs). Differential …

The recently proposed analytic methods of Thomas and Chan, which reduce the Glauber
amplitude for charged-particle-neutral-atom collisions to a one-dimensional integral …

The eikonal approximation has been used to calculate differential and total cross sections
for 1 s→ 2 s excitation of atomic hydrogen by 50-, 100-, and 200-eV incident positrons. As in …

The cross sections for the electron-impact-induced resonance transition (2 s→ 2 p) in lithium
are calculated in the Glauber approximation using Franco's method of explicitly involving all …

The theory for direct elastic and inelastic collisions between composite atomic systems (ions
or neutral atoms) is formulated within the framework of the Glauber approximation. It is …

Two procedures, one based on the evaluation of the static part exactly and all the rest of the
multiple scattering series terms on an equal footing and the other providing for a special …

Some simple models for scattering of electrons in the 1 keV energy region by complex atoms
are considered. For a static potential consisting of a sum of Yukawa functions approximate …

The two-potential eikonal approximation proposed by Ishihara and Chen has been used to
calculate the elastic differential scattering cross section of helium and lithium by electrons at …

The singlet and triplet cross sections and the asymmetry parameter for eH and e-Li
ionization have been calculated in a distorted-wave Born approximation for incident …