Abstract
The effect of an external magnetic field on uniform magnetic states in (011) crystalline garnet ferrite plates with combined anisotropy is theoretically studied. Under the action of the field, the magnetic symmetry of the crystals is reduced and the pattern of spin-reorientation phase transitions, which depends significantly on the magnetic field strength and direction, changes. Curves of critical fields are found, and the general law of magnetization reversal in the (011) plates due to rotation is derived.
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