Abstract
An analytic atomic independent-particle-model is used to generate wave functions for the valence and ex- cited states of the neutral silicon atom. These wave func- tions are used to calculate generalized oscillator strengths, and from these quantities the cross sections are obtained in the Born approximation. Various excitations from the ground state, 3p 2 ( 3 P0), are considered, and results are presented for electron impact energies up to 5 keV.
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