Kinetics of thermal devitrification (crystallization) of a titanium amorphous alloy

Šušić, M.V.; Budberg, P.B.; Alisova, S.P.

doi:10.1007/bf00553266

Cited by 11 publications

(1 citation statement)

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“…For example, early research studies on Ti (Cu, Fe) binary MGs were made based on their hydrogen absorption behaviors (Maeland et al, 1978;Rodmacq et al, 1988). Crystallization kinetics in amorphous TiCu and TiNi binary systems were examined by (Buschow, 1983aBuschow, 1983b) and in TiPt by Gao and Wang (Yi Qun Gao and Whang, 1985) in 1985, and later on, those of Ti 74.8 Ni 13.1 Cu 12.1 , Ti 50 Ni 5 Cu 45 , Ti 70.8 Ni 13.3 Cu 12.3 Ge 3.6 , and Ti 66.6 Cu 12.5 Ni 13.6 Ge 7.3 MGs were also analyzed (Šušić et al, 1986;Gao et al, 1989). Chemical short range orders in TiNi MGs (Fukunaga et al, 1983;Fukunaga et al, 1984) were found to be analogous to that in corresponding crystalline compounds.…”

Section: Development Paths Of Ti-based Mgs Ticuni Seriesmentioning

confidence: 99%

A Brief Introduction on the Development of Ti-Based Metallic Glasses

et al. 2022

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Ti-based metallic glasses (MGs) possess high specific strength, low elastic modulus, high elasticity, high wear and corrosion resistance, and excellent biocompatibility, which make them highly attractive as lightweight high-strength materials as well as biomaterials. However, the glass forming ability (GFA) of Ti-based MGs, particularly those bearing no toxic, noble, or heavy metals, that is, Be, Pd, or Cu alike, largely sets back their wide applications for the restricted critical glass forming size of these Ti-based MGs. In this review, the outlines in developing Ti-based MGs are delineated in order to provide an overall view on the efforts ever made to fabricate bulk size Ti-based MGs. The state of the art in the knowledge on the GFA of Ti-based MGs is briefly introduced, and possible directions for fabricating bulk size toxic and noble element free Ti-based MGs are discussed.

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