Many-body perturbation theory is applied to calculate the 4d 10 -subshell photoionisation cross section for neutral Cd. First-order electron-electron correlations are found to produce excellent agreement between the dipole-length and dipole-velocity formalisms, and results are in generally good agreement with recent experimental data. Relaxation effects and contributions from second-order RPAE diagrams are also calculated. A non-relativistic calculation for the asymmetry parameter beta of the photoelectron angular distribution is included.
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Carter et al. (1978) studied this question.
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