Abstract
Structural relaxation and embrittlement of Fe40Ni40Si8B12 glass was studied by a combination of calorimetric and bending tests. The homogeneous deformation mode decreased as a result of free volume annihilation and embrittlement resulted from the development of chemical short range order. A wide, reversible endothermic peak, similar to a glass transition was observed and described by changes in the cluster concentration in the glassy phase.
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