Mathematical modeling of the magnetic properties of spheroid of hard superconductors of the second kind in the Bean model

Authors have modelled magnetic field in hard II-type superconductors in the form of axial symmetric samples with using Kim model. Calculation relults are compared with modeling results for Been model, which was resieved earlier. Modeling based in an integro-differencial equasion for time evolution of critical current density. Researchers have calculated the distribution of density of the screened superconductive current, sample-self magnetic field, hysteresis loops of magnetization in the cases of cylinders and spheroids and dependence of full penetration field on model parameters and sample shape