Phase separation phenomena in metallic glass systems are reviewed. First, a brief
introduction to the enhanced glass forming ability and the phase separation in metallic glass …

To advance materials with superior performance, the construction of gradient structures has
emerged as a promising strategy. In this study, a gradient nanocrystalline-amorphous …

The main recent advances in Al-based amorphous alloys are discussed in three areas:
crystallization behavior, glass-forming ability and minor alloying effects. First, as a brief …

An understanding of nanocrystallization is an important precondition for controlling the
microstructure and properties of nanocrystal-reinforced amorphous alloys. In the present …

The mechanisms responsible for the nanoscale devitrification of Al-based metallic glasses
are unclear. A particularly well-studied case is Al88Y7Fe5, where non-isothermal differential …

Abstract Amorphous ribbons of Al 86 Ni 4 Co 4 Gd 6, Al 86 Ni 4 Co 4 Tb 6 and Al 86 Ni 6 Co
2 Tb 6 compositions were produced by a standard planar flow casting method. Their kinetics …

Based on isochronal phase transformation kinetics, the crystallization sequence of (Al 86 Ni
9 La 5) 98 Si 2 amorphous alloy was fcc-Al→ fcc-Al→ Al 3 Ni+ La 3 Al 11+ unidentified …

Crystallization behavior and glass transition phenomenon of Al89Ni6La5, Al87Ni6La7 and
Al87Ni5La7M1 (M= Ag, Cu) metallic glasses have been studied by temperature modulated …

Over a narrow range of composition, electrodeposited Al–Mn alloys transition from a
nanocrystalline structure to an amorphous one, passing through an intermediate dual-phase …

The non-classical nucleation pathway of coherent precipitates has been computed through
minimisation of the nucleation barrier in the composition (c)–size (R) space to predict the …