Abstract
The multiconfiguration relativistic random-phase approximation theory is applied to photoionization of the valence subshells 5s1/2, 4d3/2, 4d5/2, 5P1/2 and 5p3/2 of the Sr atom above the 5p3/2 threshold. Electron correlations associated with double-electron excitations and core polarizations have caused drastic variations in subshell cross sections, branching ratios, angular distributions and spin polarizations of the photoelectrons.
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