Abstract
The influence of various combinations of the uniaxial surface anisotropy constantsKs1 andKs2 on the angular dependence of the standing spin-wave resonance (SSWR) spectrum is studied for an isotropic insulator film with asymmetrically pinned spins. It is shown that the (Ks1,Ks2)-plane can be divided into zones in which the angular dependence of the SSWR spectrum has different characteristic features. These features are studied in detail.
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