In this study, a comprehensive cross-sectional computation on the electron scattering from
NH 3 was performed using the frame of the R-matrix method. Cross section sets for total …

Written for students and researchers in chemistry and physics, this reference reports on
recent theoretical and experimental developments in electron-molecules collisions. It …

We have employed a well established correlation-polarization model potential to calculate
the elastic cross sections for positron collisions with O 2, N 2 and CO 2 from 0.01 eV to E p s …

We report an investigation on electron collisions with two nitrogen-containing compounds,
namely ammonia (NH 3) and formamide (NH 2 CHO). For ammonia, both theoretical and …

The theoretical investigation of differential, integrated elastic, momentum transfer, viscosity,
inelastic, grand total and total ionisation cross sections along with the Sherman functions for …

We have determined integral and differential elastic cross sections for positron scattering
with atomic F and F2 molecules from 0.01 to 1000 eV with different theoretical approaches …

We employed the method of continued fractions in conjunction with the positron correlation
polarization potential model with different levels of polarization to calculate the elastic …

Studies on electron and positron scattering from acetylene are very important for their
applications in the plasma and astronomical environments. In view of such importance, we …

An accurate theoretical description of photoionization processes is necessary in order to
understand a wide variety of physical and chemical phenomena and allows one to test …

Positron physical-chemistry has been one important focus of scientific investigation of the
last decades, however their low energy scattering by atoms and molecules still offers many …