Abstract
Ferromagnetic resonance measurements are performed on precipitates with a spinel-type defect structure formed in thin films of NiO. The g value and the cubic magnetic anisotropy constants K1 and K2 of the ferrimagnetic precipitates are determined. The temperature dependences of the g value and magnetic anisotropy fields of the precipitates are measured over the range from room temperature to 90 K. The anomalous shift in the resonance field of protrusive precipitates is also studied.
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