Abstract
SynopsisTotal and momentum transfer cross sections are calculated for the scattering of electrons from SiH4 molecules in electron energy region of 0.1 − 20 eV. A parameter–free spherical optical potential (SOP) approach in the fixed nuclei approximation is applied. The present calculated results are compared with the available other calculations and the experimental measurements. The quantitative features of the scattering parameters (such as Ramsauer - Townsend minimum and shape resonance structure) as observed in experiments, are well reproduced in this study.
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