Abstract
Dependences are studied for the parameters of the hysteresis loops of iron garnet monocrystalline films on film thickness as a result of their layered etching by ion-beam sputtering with an oxygen ion beam. The coercive force of the films in magnetic fields corresponding to the motion of domain walls does not exceed 0.6 Oe as a result of layered etching through as much as 90% of a film’s thickness. This is important when using films in devices based on domain walls and other nanoscale spin structures.
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