MECHANISM OF TRANSPORT OF POINT DEFECTS IN ALKALINE-HALIDE CRYSTALLS UNDER INFLUENCE OF PULSE MAGNETIC FIELD
Process of transport of interstitial ions in halides of alkaline metals under influence of pulse magnetic fields is considered. Analysis of components of activation energy of such defects is provided. It is shown that the most likely mechanism of formation of interstitial ions and vacations under influence of pulse magnetic field is a plastic deformation on stage of double cross sliding. A model of transportation of point defects through interstitials under pulse magnetic field is proposed. Estimation of threshold energies of mass transfer on tetrahedral interstitials is given.