Abstract
AbstractMeasurements are reported of the conduction electron spin resonance linewidths of magnesium, contaminated with surface layers of Mg3N2 and MgO, as a function of temperature and at a frequency of 9.27 GHz. The samples all had dimensions which were large in comparison with the skin depth and a temperature range of 200 to 600 °K was covered. The results are interpreted in terms of a temperature‐dependent intrinsic relaxation mechanism, a temperature‐dependent surface relaxation mechanism, and a temperature‐independent impurity relaxation mechanism.
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