The delocalization of the effective interaction for inner-shell ionization by electrons in crystals is investigated. In particular K- and L-shell ionization in Mo and GaAs by 400 keV incident electrons is modeled from first principles using Hartree-Fock bound-state wave functions and the results are compared with experimental data in the literature. The delocalization of the effective interaction for L-shell ionization can be substantially different from simple estimates of the delocalization used to date.
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Oxley et al. (1998) studied this question.
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