Static and Dynamic Magnetization of HTSs With Various Pinning Landscapes

Monte Carlo simulations have been used to study the magnetic responses of HTSs to pulsed and static magnetization. Various types of pinning distribution have been considered. The influence of temperature on the resulting trapped field has been studied. The distribution profiles of trapped field have been obtained for each sample. The differences in the magnetization performance have been demonstrated for the considered pinning landscapes: the interstitial flux was efficiently trapped inside areas enclosed by defects in kagome lattices and distributions with non-unit bases. The graded array also showed high trapped fields but required special magnetization techniques.