Amorphous alloys, also known as metallic glasses, exhibit many advanced mechanical,
physical and chemical properties. Owing to the nonequilibrium nature, their energy states …

The underlying structural origin of magnetic properties is still elusive in Fe-based
amorphous alloys. In this study, distinctive soft magnetic properties were developed in Fe 76 …

Nanoscale viscoelastic heterogeneity is an important concept for understanding the
relationship between the microscopic atomic structure and the macroscopic mechanical …

The heterogeneity of glasses has critical influences on the properties. How heterogeneity
evolves during annealing is an intriguing cutting-edge question. In this work, the …

Annealing has been a popular method to improve the soft magnetism of metallic glasses
(MGs), which however usually makes MGs brittle and difficult to process. Here, it is …

A study of the phase transformation process of a Fe-Ni-B-Si-P-Nb metallic glass using a
suite of advanced characterization tools is reported. Transmission electron microscopy …

Structural heterogeneities of metallic glasses at the nanoscale have been confirmed by
many experiments. Some simulations indicate that these structural heterogeneities show a …

Despite the mesoscopic isotropic nature of metallic glasses, there is a certain degree of
structural heterogeneity down to the nanoscale. However, how structural heterogeneity …

Amorphous alloys are emerging as a highly promising category of materials for mechanical
sensing, attributed to their favorable stress impedance performance. However, the practical …

Detecting and modulating the hierarchical relaxation kinetics of metallic glasses is important
in understanding the nature of glass and critical in achieving superior properties. In this …