The effects of the ground-state configuration interactions and the final-state interchannel configuration interactions on the photoionization of K ii, Ca iii, Sc iv, and Ti v are examined. This calculation has shown that even at high photon energy ({~}200 eV) the effect of the final-state interchannel configuration interaction remains significant as the charge state of the ions increases.
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T. N. Chang (1979) studied this question.
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