1) Ti-600 high temperature titanium alloy
Ti-600高温钛合金
2) Ti-60 high-temperature titanium alloy
Ti-60高温钛合金
3) Ti 55 high temperature titanium alloy
Ti-55高温钛合金
4) Ti-26 high sterength titanium alloy
Ti-26高强钛合金
5) high-temperature titanium alloy
高温钛合金
1.
Ti-60 high-temperature titanium alloy was used to determine the location of fatigue crack source by second electron image(SEI) and back electron image(BEI) technique in scanning electron microscopy.
对Ti60高温钛合金的疲劳断口进行了扫描电镜(SEM)、二次电子像(SEI)背散射电子像(BEI)分析,根据疲劳裂纹源所在位置的不同研究了Ti60高温钛合金的疲劳裂纹源位置。
2.
The effect of Al content and heating treatments on the precipitation and distribution ofα_2 phase and silicide in bimodal microstructure of near-αhigh-temperature titanium alloys was investigated.
本文考察了近α高温钛合金双态组织不同热处理制度和不同Al含量下α_2有序相、硅化物的析出长大形态及分布规律,对不同时效时间下合金的热强性(持久性能、蠕变性能)和热稳定性(毛坯热暴露后室温拉伸性能)以及时效时间对性能的影响进行了系统研究。
6) high temperature titanium alloy
高温钛合金
1.
The development course and application of 600℃ high temperature titanium alloys are summa- rized in this paper.
综述了国内外600℃高温钛合金的发展历程及其应用。
2.
The precipitation behavior of sillicide in BT25y high temperature titanium alloy under solution treatment and thermal exposure was observed with TEM.
TEM观察了BT25y高温钛合金硅化物在固溶处理以及热暴露过程中的析出行为,结合Calphad相图计算技术研究了该合金硅化物的析出机制。
3.
The effect of element C on heat-treatment processing window of 600℃ high temperature titanium alloy (Ti60) was studied in this paper.
研究了间隙元素C对600℃高温钛合金(Ti60)热处理温度窗口的影响。
补充资料：Ti-55高温钛合金显微组织
Ti-55高温钛合金显微组织
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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