Results are presented for the photoionization of the (3s, 3p: 1 P) state of magnesium, for ejected electron energies in the range 0.06 to 0.245 Ryd. Dipole length and velocity matrix elements were calculated using a configuration interaction initial state wavefunction and a close-coupling final state wavefunction. The broad features of the cross section are due to transitions to 1 D states, with the 1 S transitions appearing as sharp peaks on the 1 D background. A (3p, 4p: 1 D) autoionizing state was identified at 0.205 Ryd with a width of 0.03 Ryd.
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Thompson et al. (1974) studied this question.
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