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(Ti–Zr)–(Cu–Ni–Co) bulk metallic alloys were investigated in the present work. Taking compositional formula (Ti–Zr) 49.5+x (Cu–Ni) 49.5–x Co 1 as a basis, we increased the content of Ti and Zr elements and decreased the content of Cu and Ni with the purpose of production of crystal-glassy composites. Such a kind of approach may allow combination of high strength of glassy alloys...
A novel Mg 46 Li 19 Cu 25 Y 10 nanostructure-bcc ductile phase composite containing a Mg 2 Cu phase and amorphous zones has been obtained. The large plasticity (25%) under compression is due to the soft bcc Mg–Li solid solution phase and the large Mg 2 Cu phase particles. A three stage serrated flow pattern is observed in the compressive stress–strain...
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