The static M-H loops of stressed magnetic materials with intergranular interaction

A model for low frequency rotational switching of the magnetization in magnetic materials, leading to individual
M-H
curves, is given. Magnetocrystalline and stress induced anisotropy energies are averaged under the assumption of strong intergranular interaction. Consideration is given to the manner in which
M-H
curve characteristics are related to such factors as crystallite orientation, mechanical stresses, and material constants
K_{1}, \lambda_{100}
, and λ
111
.