Owing to their unique mechanical and functional properties, both amorphous and
nanocrystalline alloys have attracted extensive research interest over the past decades …

Since the first synthesis of an amorphous phase in an Au±Si system by rapid solidification in
1960 [1], a great number of amorphous alloys have been synthesized by various preparation …

Recent progress of bulk amorphous, nanocrystalline and nanoquasicrystalline alloys in rod,
sheet and ring forms produced by various casting processes has been reviewed by focusing …

It was recently found that the addition of special elements leading to the deviation from the
three empirical rules for the achievement of high glass-forming ability causes new mixed …

Crystallization behavior upon aging and its influence on mechanical properties were
examined for Al 88 Ni 10 Y 2 and Al 88 Ni 10 Ce 2 amorphous alloys. The crystallized …

Since the first success of preparing an amorphous phase in Au-Si system by rapid
solidification in 1960 [1], a great number of scientific and engineering data for amorphous …

This study examined the parameter governing the plasticity observed in various Cu–Zr
containing monolithic amorphous alloys. All the alloys were fully amorphous in their as-cast …

It has been reportedma'that Al—Ln—Ni (Ln= Y or La) amorphous alloys exhibit higher
tensile fracture strengths than 980 MPa and good bending ductility as well as the glass …

抄録 The replacement of Cu by 10 at% Pd for an amorphous Zr 60 Cu 30 Al 10 alloy was
found to change the crystallization process from the single stage of amorphous (Am)→ Zr 2 …

The crystallization mode of the Zr–Al–Ni–Cu amorphous alloys changed from a single stage
to become two stages by the addition of Ag or Pd, and the first-stage exothermic reaction …