Abstract
Heusler alloys are attractive for spintronic applications, but for them it is challenging to realize enhanced spin polarization with very low magnetic damping, independent of other parameters such as thickness and spin-wave frequency. By choosing a suitable underlayer of chromium for the deposition of Heusler alloy on MgO substrate, the authors obtain well-ordered Heusler alloy with very low thickness- and frequency-independent magnetic damping, without spoiling its intrinsic properties. This is an important advance for device fabrication.
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