Abstract
Kinetic properties of Ni3MnxAl1 − x alloys have been studied at temperatures of 4.2 to 800 K in magnetic fields up to 12 MA/m. Separate contributions to the electrical resistance have been determined: the residual resistance, phonon component, and magnetic component. The behavior of the kinetic properties typical of the ferromagnets is observed, including the positive temperature coefficient of resistance and features in the form of a bend in the curves of the temperature dependence of resistance at the Curie temperature. It is shown that the parameters of the investigated kinetic properties change substantially upon the isomorphic concentration transition L12 → L12 from the ordinary superstructure of Ni3Mn type to the Ni3Al intermetallic compound. It has been revealed that the concentration dependence of the resistance can be described in terms of the percolation theory in the model of effective medium.
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