On the Effect of Configuration Mixing on the Radiation Spectrum Structure of Multicharged Ions

Abstract

Satellite structure of the spectrum resulting from the consideration of configurations mixing was studied. These are the transitions of the type 1s2s22pn-1s22pn+1 and 1s2pn-1s22s22pn-3. Transition energies (eV) and probabilities (1013 s-1) were calculated for all possible values of "n". The perturbations theory by 1/Z was used in the calculations. Relativistic effects were taken into account within the frames of the Breit operator. The obtained numerical values of transition probabilities are averaged over J, J' (Tables I-IV) and then over LS, L'S' (Table V). Minimum and maximum energies of transition being studied are given for transition energies (E). Numerical results are presented for Mg, Al, Si ions.