新型α+β钛合金的高温氧化

Fabien Guillemot, Jean Debuigne, Denis Ansel
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引用次数: 1

摘要

一种新的α+β钛合金Ti-Mo4.84-Ta4.34合金在高于α↔β转化温度的大气压下被氧化。与纯钛相比,其抗氧化性提高了近50%,这主要是由于这两种合金元素。在氧溶过程中,α相由β相析出,β相富集Ta和Mo, α相沿α相扩散,α相的取向可能偏离法向表面。还讨论了扩散与相稳定性的关系,并将结果与文献数据进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Oxydation à haute température d’un nouvel alliage de titane α+β

A new α+β titanium alloy Ti-Mo4.84-Ta4.34 alloy named TMT has been oxidised under an atmospheric pressure of oxygen above the α ↔ β transformation temperature. The oxidation resistance increases strongly as compared to pure titanium (almost 50 %), which is mainly due to both alloying elements. The oxygen dissolution involves the α phase precipitation from the β phase, which becomes enriched with Ta and Mo. The diffusion takes place along α precipitates, whose orientations may depart from the normal to the surface. Diffusion is also discussed with regards to phase stability and our results are compared to literature data.

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