Abstract
The magnetization process has been studied in amorphous Fe 73.5Cu 1Nb 3Si 13.5B 9 alloy before and after fine crystallization by using a very low frequency vibrating sample magnetometer over a wide range of external magnetic field up to 1.8 T. It was found that the H − 1 2 ; term decreases largely after the heat treatment, while the change in the H -1 term was rather small. This fact means that the number of point-like defects was decreased by the heat treatment rather than a change occuring in quasidislocation dipoles.
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