Materials Science
位错增强铼锁定稳定高温调幅α-Ti
Dislocation-enabled rhenium locking stabilizes high-temperature spinodal α-TiA novel strengthening mechanism involving the interaction between dislocations and rhenium atoms to stabilize the high-temperature spinodal decomposition of α-Ti / 一种涉及位错与铼原子相互作用以稳定α-Ti高温调幅分解的新型强化机制
- Knowledge type
- 工艺技术
- First proposed or discovered
- Proposer
- Turkey Farm member
- Creator
- 农场主
- Last updated
- 2026-10-23 18:00:56
Sub-knowledge points
Spinodal decomposition of α-TiRhenium (Re) locking effectDislocation strengthening mechanism
Higher-order knowledge points
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Main parameters and performance indicators
Dislocation density: Critical for the locking mechanismRhenium (Re) concentration: Enhances stability of the spinodal structureTemperature: High-temperature regime (spinodal α-Ti)
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Related literature
ranked by community starsDislocation-enabled rhenium locking stabilizes high-temperature spinodal α-TiOpen source
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1 recordsRecord title: Dislocation-enabled rhenium locking stabilizes high-temperature spinodal α-Ti.
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