Dirac-Fock energies for multiple K-plus L-shell vacancy states of ions with Z = 9 to 18

Abstract

Total energies for multiple K plus L vacancy states of ions with empty M shells are presented along with the Kα x-ray energies of all dipole-allowed transitions. They were obtained by computing single-configuration Dirac-Fock average energies and adding the appropriate interaction energy deviations derived using the well-known L-S coupling methods of Slater. Tables which allow the estimation of Kα x-ray transition energies for ions having 1 to 8 M-shell electrons are also provided. © 1986.