In analogy with recent work on dielectronic recombination, an average-configuration distorted-wave method is developed to calculate resonance structures in the electron excitation of ions. Confirming previous results, large resonance contributions are found for the 2s{→}3s and 2p{→}3s excitations of O⁵⁺. Large resonance contributions are also found for the 2p⁶{→}2p⁵3s excitation of Ti¹²⁺. Radiative-coupling and electric-field-mixing effects are discussed.
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Pindzola et al. (1985) studied this question.
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