Ni-Nb-based bulk glass-forming alloys are among the most promising amorphous metals for
industrial applications due to their incomparable combination of strength, hardness …

In this work, the crystallization pathways and kinetics of the Cu 47.5 Zr 45.1 Al 7.4 bulk
metallic glass (BMG) are studied systematically using a broad collection of laboratory and …

A better metallic glass (MG) is usually more brittle as if there exists a tradeoff between glass-
forming ability (GFA) and plasticity. However, recent experiments show that GFA and …

As a potential bio-implant material, magnesium and its alloys are widely used in
orthopedics. In this study, Mg-Zn-Yb-Ag metallic glasses were fabricated by injecting them …

In this work, a thorough study on the effects of sulfur-addition in the Cu 50 Zr 50 glass-
forming system was conducted using laboratory-based X-ray diffraction (XRD), synchrotron …

The effect of sulfur on the glass forming ability, thermal stability and mechanical properties of
the eutectic alloy Ti 33.4 Zr 33.3 Cu 33.3 was investigated by conventional X-ray diffraction …

Amorphous alloys have attracted much attention in the field of cavitation erosion (CE) due to
their good comprehensive properties. However, due to the special amorphous structures …

Herein, different contents of remelting materials were added to the Zr 34 Ti 32 Cu 9 Fe 4 Be
21 amorphous alloy to conduct the die-casting experiment of the amorphous alloy gear. The …

A liquid that is cooled below its melting temperature, referred to as a supercooled liquid, can
solidify into an amorphous rigid state (ie, glass), if cooling is fast enough and crystallization …

The limited glass forming ability (GFA) poses a pervasive challenge in different metallic
glass (MG) systems. This study systematically investigated the GFA of Nisingle bondNb …