Curie temperature,crystallization temperature and electrical resistivity as a function of composition for Fe80-xMoxB20 metallic glasses |
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Authors: | HJV Nielsen |
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Institution: | Department of Electrophysics, The Technical University of Denmark, DK-2800 Lyngby, Denmark |
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Abstract: | The influence of the substitution of small amounts of Fe with Mo (0–10 at.%) in a Fe80B20 metallic glass on the Curie temperature, crystallization temperature and room temperature electrical resistivity is reported. A decrease in Curie temperature of approximately 40 K/at.% Mo is observed. The crystallization temperatures show a small increase with increasing Mo-content, and the room temperature electrical resistivity of the as quenched samples is essentially independent of the Mo-content (?am(295 K) ~ 128 μχ-cm). |
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