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Enthalpic study of structural relaxation and crystallization in some metallic glasses

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Abstract

Structural relaxation and crystallization have been studied in the metallic glasses Fe39Ni36Cr5P14B6, Fe81B19, Fe76Co4B20 and Fe75V4B21 by DSC.

Different coefficients of calibration of the DSC cell were determined for the two phenomena.

The enthalpy of relaxation increases with increasing quenching rate for Fe39Ni36Cr5P14B6 and with increasing number of alloy components for Fe-B-based glasses. In the latter systems. relaxation is never completed before the start of crystallization.

The enthalpy of crystallization does not depend on the quenching rate for Fe39Ni36Cr5P14B6, and does not change during annealing within the relaxation field before crystallization.

Zusammenfassung

Strukturelle Relaxation und Kristallisation der metallischen Gläser Fe39Ni36Cr5P14B6, Fe81B19, Fe76Co4B20 und Fe75V4B21 wurden mittels DSC untersucht. Verschiedene Koeffizienten zur Kalibrierung der DSC-Zelle wurden für die zwei Phänomene bestimmt. Die Entalpie der Relaxation steigt mit zunehmender Abkühlungsgeschwindigkeit im Falle von Fe39Ni36Cr5P14B6 und mit zunehmender Zahl der Legierungskomponenten im Falle der Fe-B-Gläser an. In den letztgenannten Systemen ist die Relaxation niemals vor Beginn der Kristallisation beendet. Die Entalpie der Kristallisation ist im Falle von Fe39Ni36Cr5P14B6 unabhängig von der Abkühlungsgeschwindigkeit und ändert sich auch nicht beim Tempern im Relaxationsgebiet vor der Kristallisation.

Резюме

Методом ДСК изучены с труктурная релаксац ия и кристаллизация мета ллических стекол состава Fe39Ni36Cr5P14B6, Fe81B19, Fe76Co4B20 и Fe75V4B21. Для этих двух проц ессов определен дифференц иальный коэффициент калибровки ДСК ячейки. Энтальпия релаксации в Fe39Ni36Cr5P14B6 увеличивается с увеличением скорост и закаливания, а в стекл ах на основе Fe-B — с увеличением числа компонентов в сплава х. В этих последних сплавах ре лаксация никогда не была полной перед н ачалом кристаллизац ии. Энтальпия кристалли зации сплавов Fe39Ni36Cr5P14B6 не зависит от ск орости закаливания и не изменялась при отжиг е их в релаксационном поле перед кристаллизаци ей.

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Baricco, M., Battezzati, L. & Riontino, G. Enthalpic study of structural relaxation and crystallization in some metallic glasses. Journal of Thermal Analysis 30, 1259–1266 (1985). https://doi.org/10.1007/BF01914294

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