Abstract
Domain wall resonance (DWR) has been investigated in a parallel stripe lattice using a new high sensitivity DWR excitation and detection technique. Experiments were performed on garnets with pure uniaxial and orthorhombic anisotropy. A strong dependence of the DWR frequency on the intrinsic medium parameters, such as the saturation magnetization and the anisotropy constants, was observed. The influence on the domain oscillation frequency of an in-plane field applied parallel and perpendicular to the wall plane was analyzed and the corresponding changes of the wall mass and restoring constant was determined in (111)- and (110)-oriented garnet films.
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