Abstract
Undoped and iron-doped InP samples have been investigated by conventional electron paramagnetic resonance measurements before and after fast neutron irradiations. Besides the expected anion antisite PIn defect, they reveal the presence of a broad spectrum that could be ascribed to an anion vacancy Vp on the basis of detailed linewidth and g-shift scalings of the resonance parameters of already identified intrinsic defects in GaP and InP. The irradiated InP:Fe sample shows both the nearest and next-nearest FeIn-Ini pairs.
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