Abstract
The effect of pressure and V doping on the resistivity behavior of Cr-Fe antiferromagnetic alloys has been investigated. In both cases the low-temperature resistivity behavior is found to be dependent upon the Fermi level position relative to the impurity resonance level. It is concluded that the low-temperature resistivity minimum, maximum and other anomalies in Cr-Fe alloys are caused by the impurity resonance scattering mechanism and not by the Kondo effect.
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