Photo-Ionization in the Soft X-Ray Range: Angular Distributions of Photoelectrons and Interpretation in Terms of Subshell Structure

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Abstract
The problem of determining the individual subshell contributions in atomic photoabsorption is discussed. The general form of the angular distribution of photoelectrons in the soft x-ray range for polarized and unpolarized incident photons is considered. Calculations of the subshell contributions within a central-field model and the angular distribution of electrons from these contributions for photoabsorption in Kr in the energy range 200-1500 eV are presented and found to show good agreement with the experimental results of the preceding paper.