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Magnetic relaxation processes were investigated by ferromagnetic   resonance (FMR) using crystalline Cr/Fe/GaAs(001) ultrathin film\ud   structures grown by molecular beam epitaxy (MBE). For Fe films thicker\ud   than 1.5 nm the extrinsic relaxation term showed evidence of two magnon\ud   scattering. Above 10 GHz the in-plane FMR linewidth was linearly\ud   dependent on the microwave frequency with an appreciable zero-frequency\ud   offset. The zero frequency offset measures the strength of extrinsic\ud   damping. The in-plane Gilbert damping includes both the intrinsic and\ud   extrinsic Gilbert contributions in qualitative agreement with recent\ud   predictions by Arias and Mills

Nanosecond magnetic relaxation processes in ultrathin metallic films prepared by MBE