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首页> 外文期刊>Philosophical Magazine, A. Physics of condensed matter, defects and mechanical properties >Properties of < 011]{111} slip in Al-rich gamma-TiAl I. Dissociation, locking and decomposition of < 011] dislocations at room temperature
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Properties of < 011]{111} slip in Al-rich gamma-TiAl I. Dissociation, locking and decomposition of < 011] dislocations at room temperature

机译:富铝γ-TiAl中<011] {111}滑移的性质I.室温下<011]位错的解离,锁定和分解

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摘要

In Al-rich gamma -TiAl deformed at room temperature, [011] dislocations dissociate in general into a 1/6[112] partial and a 1/6[154] partial located in the leading and trailing position respectively. Several implications of this dissociation mode on room-temperature plasticity are discussed. It is argued that, apart from load orientations where the critical resolved shear stress for [112]{111} slip is attained, 1/2[112] dislocations are sessile by-products of the decomposition of [011] dislocations and that, despite a significant relative abundance, they hardly contribute to strain. [References: 24]
机译:在室温下变形的富铝γ-TiAl中,[011]位错通常解离为分别位于前导位置和尾随位置的1/6 [112]部分和1/6 [154]部分。讨论了这种解离模式对室温可塑性的一些影响。有人认为,除了达到[112] {111}滑移的临界解析剪切应力的载荷方向外,[1/2]位错还是[011]位错分解的副产物,尽管相对丰富的数量,它们几乎不会导致劳累。 [参考:24]

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