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首页> 外文期刊>Comptes Rendus Chimie >Oxydation a haute temperature d'unnouvel alliage de titane #alpha#+#beta
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Oxydation a haute temperature d'unnouvel alliage de titane #alpha#+#beta

机译:新型钛合金#alpha#+#beta的高温氧化

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摘要

High temperature oxidation of a new #alpha#+#beta# titanium alloy.A new #alpha#+#beta# titanium alloy Ti-Mo_(4.84-Ta_(4.34) alloy named TMT has been oxidised under anatmospheric pressure of oxygen above the #alpha#<->#beta# transformation temperature.The oxidation resistance increases stronglyas compared topure titanium (almost 50%),which is mainly due to both alloying elements.The oxygen dissolution involves the #alpha# phase precipitation from the #beta# phase,which becomes enriched with Ta and Mo.The diffusion takes place along #alpha# precipitates,whose orientations may depart from the normal to the surface.Diffusionis also discussed with regards to phase stability and our results are compared to literature data.
机译:新型#alpha#+#beta#钛合金的高温氧化。一种名为TMT的新型#alpha#+#beta#钛合金Ti-Mo_(4.84-Ta_(4.34)合金已在氧气的大气压以上的条件下被氧化。 #alpha#-#beta#相变温度。与抗爆钛相比(几乎50%),抗氧化性大大提高,这主要是由于两种合金元素引起的。氧的溶解涉及从#beta#析出的#alpha#相。扩散沿#alpha#沉淀发生,其取向可能偏离法线到表面。还讨论了扩散的相稳定性,并将我们的结果与文献数据进行了比较。

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