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We studied magnetic-field induced microwave absorption in 100-200 nm thickLa$_{0.7}$Sr$_{0.3}$MnO$_{3}$ films on SrTiO$_{3}$ substrate and found alow-field absorption with a very peculiar angular dependence: it appears onlyin the oblique field and is absent both in the parallel and in theperpendicular orientations. We demonstrate that this low-field absorptionresults from the ferromagnetic resonance in the multidomain state (domain-moderesonance). Its unusual angular dependence arises from the interplay betweenthe parallel component of the magnetic field that drives the film intomultidomain state and the perpendicular field component that controls thedomain width through its effect on domain wall energy. The low-field microwaveabsorption in the multidomain state can be a tool to probe domain structure inmagnetic films with in-plane magnetization.

Low-field microwave absorption in epitaxial La-Sr-Mn-O films resulting from the angle-tuned ferromagnetic resonance in the multidomain state