Metallic glasses (MGs), with their unique disordered atomic packing structure and superior
catalytic capabilities, have gradually been realized with their significance in the field of …

With an intrinsically disordered atomic structure and a widely tunable atomic constituent,
metallic glasses (MGs) have been extensively studied as promising catalysts in different …

Metallic glasses with long-range disordered atomic structure have recently been attracted a
great deal of research attention in catalytic field. Compared to crystalline materials, the …

Metallic glass, with its unique disordered atomic structure and high density of low‐
coordination sites, is regarded as the most competitive new catalyst for environmental …

Water disinfection would result in unintended formation of halogenated disinfection by-
products (DBPs) which pose potential harm to human health. In present work, Fe 78 Si 9 B …

In this study, Fe80− xCoxZr10Si10 (x= 0, 40, and 80 at.%) alloys were produced in the form
of ribbons by melt-spinning technique to investigate the photocatalytic degradation efficiency …

Due to the great limitation of glass forming ability, precisely controlling the chemical
compositions of metallic glasses (MGs) still dramatically inhibits their widespread …

Both crystallization and relaxation are intrinsic characteristics that derive from the metastable
nature of metallic glasses. However, the interactions between the two reactions are not …

Glassy zero-valent iron (GZVI) is one of the potential Fenton-like catalysts due to its
amorphous nature and high energy state, but the catalytic activity still needs to be further …

The high-efficient degrading ability of FeBC amorphous ribbons toward acid orange 7 (AO7)
via redox reactions is reported and compared with that of FePC amorphous ribbons. The …