STIMULATED BREMSSTRAHLUNG INVOLVING MULTIPLY-CHARGED IONS IN A STRONGLASER FIELD - POLIARIZATION-INTERFERENCE EFFECTS FOR NEAR-RESONANCE FREQUENCIES WITH ALLOWANCE FOR FINE SPLITTING

Approximation of a fixed current is employed to calculate the cross se ction of stimulated bremsstrahlung of quasi-classical electrons due to multiply charged ions with allowance for dynamic polarization of the ionic core by a laser field and interference of static and polarizatio n channels. The main attention is focused on transitions that do not c hange the principal quantum number Such transitions can be considered within the framework of the dipole approximation in the interaction of an incident particle and the electronic core. The influence of the fi ne splitting of a near-resonance transition and the broadening effect of the laser field on the spectral dependence of the process under stu dy are analyzed.