Abstract
The temperature cyclical scanning of magnetic anisotropy with temperature from room temperature to 620 K has been investigated for Fe18Co72Zr10. The sample shows a thermomagnetic hysteresis in magnetic anisotropy which, together with the differential scanning calorimetry and the observation of the temperature dependence of field-induced anisotropy, provides the evidence for a first-order reversible structural transformation. Two short-range orders (SRO) with h.c.p.-like and f.c.c.-like symmetry have been proposed to explain the observations.
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