Magnetic Susceptibility of a Composite Medium with Variable Parameters That Consists of Arbitrarily Oriented Anisotropic Ferrite Particles

摘要

The dynamic high-frequency tensor susceptibility of a composite medium consisting of independent chaotically oriented uniaxially anisotropic ferrite spheres is calculated by averaging over directions under the conditions of an orientation transition. It is established that the tensor magnetic susceptibility has all nine components, among which the maximum components are those responsible for oscillations of the magnetization vector in the directions perpendicular to the constant magnetic field. It is shown that these peculiarities of the tensor make it possible to analyze waves in the medium with the help of the methods known in the electromagnetics of gyrotropic media.