Abstract
Spin-reorientation processes in anisotropic magnetic superlattices (SLs) with antiferromagnetic interfacial coupling are theoretically analyzed. Results provide magnetic phase diagrams of the kind ‘‘external field–relative magnetic moment,’’ as well as equations for the lines of the phase transitions. The influence of possible inhomogeneous magnetization in SLs is considered phenomenologically for the normal-incidence polar Kerr magneto-optical effect assuming the Q parameter to be a function of distance along the normal to the interface. A simple approach to the solution of this problem is outlined.
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