Abstract
The influence of cooling rate on the mechanical and magnetic properties of Fe 85B 15, Fe 80B 20 and Co 79B 21 metallic glasses were investigated. In accordance with earlier results it was found that the microhardness decreases, and the tensile strength and bending number increase with the average cooling rate for Fe x B 1− x glassy alloys. The changes in hysteresis loop and the change in magnetostriction were correlated with the results of mechanical investigations.
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