Electrical response of radially anisotropic spheroidal scatterers

This contribution describes a spheroidal inclusion which consists of anisotropic material. The electrical response is solved for a static and uniform excitation field. The anisotropy of the inclusion is assumed to be spheroidally radial, which means that a radially oriented electric field sees a different material parameter as compared to a tangentially oriented one but the field makes no difference between the separate tangential orientations. The goal of this contribution is to outline the analytical procedure that gives the electrical response of the inclusion.