Low-energy electron scattering by halomethanes: Elastic and differential cross sections for CF4

Low-energy quantum calculations are carried out for electrons scattering by CF4 molecules in their ground electronic states. The corresponding elastic cross sections (rotationally summed) are obtained as integral quantities and as angular distributions, i.e., differential cross sections (DCS), over a range of collision energies from 3 eV up to 35 eV. The exact static exchange (ESE) results compare well with experiments and with previous calculations. The inclusion of a model polarization potential is shown to generally improve results, especially at low collision energies and in the small-angle scattering region. 1996 American Institute of Physics.

Low-energy electron scattering by halomethanes: Elastic and differential cross sections for CF4 Academic Article