M o 3 5 N i 1 5 R h 1 5 R u 3 5 , F e 1 4 M o 3 5 N i 1 5 R h1 5 R u 2 1 , M o2 5N i2 5R h2 5R u2 5, and F e 2 0 M o 2 0 N i 2 0 R h 2 0 R u 2 0 ( a t. % ) alloys were designed b y referring t o hexagonal close-packed ( h c p ) N b - M o - R u - R...
Os-free alloys with compositions of Fe12Ir20Re20Rh20Ru28 and Ir25Re25Rh25Ru25 (at%) from an Ir-Re-Rh-Ru system with and without Fe are prepared via conventional arc-melting and subsequent annealing to examine their formation into a single hexagona...
This paper deals with recent progress in stabilized supercooled liquid and the resulting bulk glassy alloys and focusing on the following factors; alloy composition, forming ability, formation mechanism, computed glass-forming ability, computed gl...
Ferromagnetic bulk glassy alloys were synthesized in a variety of alloy systems by the copper mold casting process for the last five years after 1995. Their typical alloy systems are classified into five groups, i.e., (1) Fe-(Al, Ga)-(P, C, B) and...
METALLURGICAL AND MATERIALS TRANSACTIONS A-PHYSICAL METALLURGY AND MATERIALS SCIENCE 29(7) 1779-1793 1998年7月
This article reviews our recent results on the development of ferromagnetic bulk amorphous alloys prepared by casting processes. The multicomponent Fe-(Al,Ga)-(P,C,B,Si) alloys are amorphized in the bulk form with diameters up to 2 mm, and the tem...
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