Investigation of the inverse bremsstrahlung of polarized electrons with account of recoil and nuclear structure effects

The process of inverse bremsstrahlung (IB) of high-energy polarized electrons is considered. The possibility of IB process is determined taking into account the nucleus recoil energy, its structural functions and arbitrary electron and γ-quantum polarizations. On the basis of IB probability obtained, the number of acts (or probabilities) of electron self-acceleration is calculated. It depends considerably on the nucleus-target structure, on the nucleus energy transmitted from spin states of electrons and γ-quanta