ENERGY-LOSS DURING PULSED MAGNETIZATION REVERSAL OF IRON BORATE SINGLE-CRYSTALS

The relationship between the intensity of shock magnetoelastic oscilla tions of the magnetization and the time-varying properties of iron bor ate has been studied for the first time. When the main stage of the ma gnetization reversal lasts less-than-or-equal-to 13-16 ns, there is a sharp decrease in the efficiency of the energy transfer from the magno n system of the crystal to the phonon system. As a result, there is a sharp increase in the rate of magnetization reversal. A change in slop e occurs on the curve of the pulsed magnetization reversal.