PROJECT TITLE :

Calculation of Magnetization and Permeability Tensor of a Partially Magnetized Cylindrical Ferrite Resonator

ABSTRACT:

A accurate technique of calculating a magnetization and permeability tensor of ferrites is proposed in this paper. We introduce a cylindrical ferrite resonator that is located between parallel metal plates. We theoretically derive exact eigenvalue equations for the mode-splitting phenomenon of the $textHE_111$ mode. We tend to additionally show that the mode-splitting behavior depends on a single magnetization worth of the ferrite. The magnetization and permeability tensor parts are computed from the measured resonant frequencies of the resonator. We gift an analysis of cylindrical ferrite resonator and its experimental results.