Abstract
We report on the growth of a high-quality single crystal ZnO film on an a-plane sapphire substrate by plasma-assisted molecular beam epitaxy and the properties of a sputtered permalloy (Py) film on the ZnO investigated by ferromagnetic resonance. The results show that one can obtain the Py with a reasonable quality on ZnO, which is expected to provide a testbed system for the investigation of the spin current-related phenomena in materials with a weak spin–orbit interaction.
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