Abstract
The appearance of Curie–Weiss behavior in itinerant antiferromagnetic systems is an important subject of research in the case of Cr alloys. The nature of the phenomenon is associated to stabilization of a short-range order, which allows formation of local spin-density waves below a certain temperature, TLOC. In this work we present results of magnetic susceptibility of Cr–x at. %V alloys (x=0, 0.1, 0.2, and 0.4) where, TLOC is observed. Our results show that not only does a dependence of TLOC with V concentration exist, but it also presents a linear dependence on the applied magnetic field. The effective magnetic moment estimated from Curie–Weiss fittings also show a decreasing dependence with the applied magnetic field.
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