Abstract
The effect of dissolved nitrogen on the ferromagnetic transition temperature, TC, obtained after annealing at various temperatures, and for different time has been studied in nitrogen-bearing Fe-V-B-Si alloys containing 10 and 12 at.% V, and 0.01 and 0.81 at.% N. The temperature regime for reversibility of TC between metastable states attained at different annealing temperatures is identified, and is found to be significantly influenced by the dissolved nitrogen. These results suggest that the observed changes in TC are not just a consequence of changes in compositional short range order alone, but due to reversible structural changes as well.
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