APB:反相界
“反相界”(Anti-Phase Boundary,常缩写为APB)这一术语在电子材料、凝聚态物理等学术和科研领域中被广泛使用。作为一种晶体缺陷类型,它描述了有序合金或化合物中不同区域间原子排列相位不一致的界面现象。采用英文缩写APB不仅便于快速书写和学术交流,也有助于相关文献检索与专业讨论的开展。
Anti-Phase Boundary的英文发音
例句
- In this paper, we have made a theoretical study about the structure and energy of stacking fault and anti-phase boundary of metals and alloys by using the embedded atom method ( EAM ).
- 在本文中我们将采用嵌入原子法理论就FCC金属和合金的层错与反相畴界的结构和能量进行理论的研究。
- Therefore, a systemic study of the structure and energy of stacking fault and anti-phase boundary of FCC metals and alloys will provide theoretical foundation and introduction for the mastery and transforming of material properties and designing new materials.
- 因此,系统的研究FCC金属及合金中的层错与反相畴界的结构和能量将为掌握材料性质、实现材料改性和设计新材料提供理论基础和指导。
- And anti-phase boundary energy is an important factor in a alloy material's resistance to deformation, and also affects the way deformation occurs.
- 反相畴界能则在合金材料的抗形变过程中起了重要作用,并会影响合金发生形变时的途径。
- A Theoretical Study about the Stacking Fault and Anti-phase Boundary in FCC Metals and Alloys
- FCC金属及合金的层错及反相畴界的理论分析
- The experimental results show that the addition of trace Mg to the alloy will increase greatly the DLRO and the anti-phase domain boundary energy of γ′ - phase. As a result, the resistance provided by γ′ - phase to the dislocation movement can be increased.
- 实验结果表明,微量Mg的加入能够明显提高γ′相的长程有序度和反相畴界能,因而有效地增加了γ′对位错运动的阻力。
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