Absolute cross sections for $2s$-electron photoionization of atomic oxygen into the final ionic states O⁺ (2s^-1⁴Pᵉ,²Dᵉ,²Sᵉ,²Pᵉ) and for the occupation of the O⁺ (3s2,4Pᵉ) satellite states have been determined experimentally by photon-induced fluorescence spectroscopy. Comparison of the experimental results with theoretical predictions using multiconfiguration-interaction wavefunctions employing the ab initio R-matrix technique are made. Suitable harmony is seen only in the case of cross section ratios for 2s^-1 removal or $3s$-satellite excitation.
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Wilhelmi et al. (1999) studied this question.
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