A distorted-wave formulation with exchange is given for the electron-impact excitation of atoms from (n₀l₀)N to (n₀l₀)^N-1nl configurations using the LS-coupling scheme. Phenomenologically determined independent-particle models and distorted-wave potentials are utilized to compute angular distributions and integrated cross sections for 2p→3s,3p, and $4p$ excitations of atomic oxygen over wide ranges of energy and momentum transfer. The results are compared with the Born-approximation limit as well as the experimental integrated cross section of Stone and Zipf.
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Sawada et al. (1973) studied this question.
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