Collisional radiative (CR) models for molecular hydrogen are of high relevance for
performing qualitative and quantitative analysis of excited-state population densities …

We use the adiabatic-nuclei molecular convergent close-coupling method to perform
calculations of 0.01–1000 eV electrons scattering on the c Π u 3, a Σ g+ 3, B Σ u+ 1, C Π u 1 …

The study of ions in the gas phase has a long history and has involved both chemists and
physicists. The interplay of their competences with the use of very sophisticated commercial …

Quasibound states of the nitrogen molecular anion are studied by electron scattering from N
2 using ab initio R-matrix theory and a close-coupling model. Scattering calculations are …

The low-energy electron-molecule collisions have several implications for the behavior of
microscopic and macroscopic environments. One of the most important consequences of …

C 4 F 7 N is a promising candidate for the replacement of sulfur hexafluoride as an
insulating medium, and it is important to understand the chemical changes initiated in the …

The low-energy electron-impact dissociation of molecular hydrogen has been a source of
disagreement between various calculations and measurements for decades. Excitation of …

Understanding the interactions of electrons with molecules in plasma is of vital importance
from both academic and technological points of view. Reliable electron collision data is …

The electron impact cross sections like elastic, dissociative ionization, and the total are
computed for acetylene from ionization threshold up to 5 keV. The dissociative partial …

Positron-impact cross sections of 1-1-C 2 H 2 F 2 are reported in the energy range from 0.1
to 4000 eV. The multicenter Gaussian-type orbitals were expanded within a single …