Ontology type: schema:ScholarlyArticle
1981-12
AUTHORSK. P. Mizgalski, O. T. Inal, F. G. Yost, M. M. Karnowsky
ABSTRACTThe crystallization behaviour of the Metglas 2826 MB alloy (Fe40Ni38Mo4B18) has been studied using resistance measurements and X-ray diffraction techniques. Three annealing sequences were used to follow the process. Samples were annealed isothermally (a) at 780° C in a vacuum of 2×10−5 torr for times in the range 1 sec to 4 h, (b) for 2 h in an argon atmosphere at temperatures where the resistance curve indicated phase changes to occur, and (c) for 300 h in 100 torr of helium at 400, 600, 700 and 850° C. From these annealing sequences it was found that the alloy did not crystallize below 410° C and followed a crystallization process of: amorphous Fe40Ni38Mo4B18 → FexNi23−xB6 (cubic)+glassy matrix → FexNi23−xB6+(Fe, Ni) (FCC) → (Fe, Ni)3B(bct). This series of transformations was followed for Sequences (a) and (c) above, but was slightly different for Sequence (b). An orthorhombic (Fe, Ni)3 B phase was found in the samples annealed in a vacuum of 2×10−5 torr. More... »
PAGES3357-3364
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DOIhttp://dx.doi.org/10.1007/bf00586297
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