Abstract
Isothermal resistivity measurements have been performed between room temperature and 570 K on amorphous Fe3ONi36Crl4P14B6 and Fe86B14 prepared by melt spinning at different quenching rates. The variation of the resistivity with annealing time is explained in terms of processes of compositional and topological short range ordering. A coherent shift of the observed resistivity changes towards higher temperatures is observed in alloys prepared with lower quenching rates. Compositional and topological short range ordering processes are equally affected by the variation of the degree of amorphicity associated with different rates of quenching from the melt.
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