Abstract
The electron paramagnetic resonance spectrum from Mn 2+ ions has been measured as a function of composition in six different II–VI semiconductor alloys. Despite the overall cubic structure of the alloys, there is a large axial crystal field interaction D due to the lowered symmetry in the alloy environment. The variation of D with composition is explained in terms of the superposition model except in the Hg-based alloys where it is correlated with the band structure variation with composition.
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