Abstract
Theoretical rotationally summed elastic differential cross sections for scattering of electrons by CFx radicals (x = 1–3) in the low-energy range (below 10 eV) are reported. The calculations used close-coupled expansions with target wavefunctions modelled using complete active space configuration interaction. The body-fixed K-matrices, used to calculate differential cross sections, were generated using the UK R-matrix codes. Comparison of the present results with existing theoretical data for electron collisions with CF and CF3 radicals is made.
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