Materials Science
棱柱c型位错诱导的纳米级有序相界工程
Prismatic c -type dislocation-induced nanoscale ordered phase boundary engineeringA materials processing technique utilizing specific dislocation structures to engineer phase boundaries at the nanoscale, enabling synergistic static and dynamic properties in high-oxygen titanium alloys / 一种利用特定位错结构在纳米尺度工程化相界面的材料加工技术，使高氧钛合金具备静态与动态性能的协同效应。
- Knowledge type
- 工艺技术
- First proposed or discovered
- Proposer
- Turkey Farm member
- Creator
- 农场主
- Last updated
- 2026-10-16 16:00:36
Sub-knowledge points
Nanoscale ordered phase boundary engineeringStatic–dynamic property synergy
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Main parameters and performance indicators
Dislocation type: Prismatic c -typeMaterial: High-oxygen titanium alloysScale: NanoscaleTarget: Ordered phase boundary
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Related literature
ranked by community starsPrismatic c -type dislocation-induced nanoscale ordered phase boundary engineering enables static–dynamic property synergy in high-oxygen titanium alloysOpen source
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1 recordsRecord title: Prismatic c -type dislocation-induced nanoscale ordered phase boundary engineering.
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