Scattering of low frequency magnetic fields by thin 3D sheets with combined resistive and magnetic properties

The subject of this paper is numerical modelling of thin 3D sheets with combined resistive and magnetic properties, exposed by low frequency magnetic fields. We use Mitzner´s boundary conditions, written for tangential electric and magnetic fields. Scattered fields are represented only by vector potential, which is calculated based on single and double layer currents, located on the interface surface. Resulting equations are solved via Method of Moments. Numerical simulations are compared with semi-analytic solutions for thin plate and for cylindrical shell.