Effects of relaxation induced by excitation (or ionization) of inner subshell electrons on the wave functions and transition probabilities

The relaxation effects induced by excitation (or ionization) of inner subshell electrons and their influences on the electronic wave functions of the ground configuration 3p6 and five excited configurations 1s-14s, 2s-14s, 2p-14s, 3s-14s, and 3p-14s in Argon have been systematically studied by using the Multi_configuration Dirac_Fock method (MCDF). Furthermore, the transition energies and probabilities of argon from kα and　kβ　lines have been presented and discussed in cases with and without relaxation, and also a comparison has been made with some existing theoretical calculations.