stacking fault

美 [ˈstækɪŋ fɔːlt]英 [ˈstækɪŋ fɔːlt]
  • 堆垛层错
stacking faultstacking fault
  1. Studies on the Stacking Fault Structure in Zeolite Beta

    β沸石堆垛层错结构的研究

  2. Finally , 111 antiphase boundary energy , the Peierls stress , the unstable stacking fault energy , the cleavage energy and the plasticity criterion of NiAl are calculated .

    最后,本论文计算了NiAl金属间化合物的111反相畴界能、Peierls应力、不稳定堆垛层错能、塑性判据、解理能等。

  3. The interaction between stacking fault and hydrogen in single crystal silicon

    硅单晶中层错与氢的交互作用

  4. Stacking Fault and Fixed Surface Charge Produced by Thermal Oxidation

    氧化层错与固定电荷

  5. Dislocations within the stacking fault image were also observed .

    还观察到层错象中的位错。

  6. Measurement of Stacking Fault Energy in α - Brass by the X-Ray Method

    用X射线方法测定α黄铜的层错能

  7. Effect of silicon content on the stacking fault energy in Fe-Mn-Si alloys

    Si含量对Fe-Mn-Si合金层错能的影响

  8. The stacking fault growth mechanism and its kinetics

    晶体生长的层错机制及其生长动力学

  9. Influence of Alloy Elements on Stacking Fault Energy of Fe-Mn-Si Shape Memory Alloy

    合金元素对铁锰硅系形状记忆合金层错能的影响

  10. Correlation between stacking fault energy and creep property of solid solution strengthening Superalloys

    固溶强化高温合金堆垛层错能与高温蠕变性能的关系

  11. TEM observation showed that there was much stacking fault in nanowires .

    TEM观察显示,纳米线中存在大量的堆垛层错缺陷。

  12. The lattice relaxation 's effect in calculation of stacking fault energy are different follow metal .

    不同的金属其晶格弛豫对层错能的影响不同。

  13. Stacking Fault Energy and Effect Factors of Ni-Al-Ta / Mo Alloys

    Ni-Al-Ta/Mo合金的层错能及影响因素

  14. There was no stacking fault in the direction perpendicular to the growth orientation .

    在垂直于晶须生长方向上没有层错的存在。

  15. Low stacking fault energy crystal

    低堆垛层错能的晶体

  16. Calculation of the Stacking Fault Energies of Fe Mn Alloys by Embedded Atom Method

    Fe-Mn合金层错能的嵌入原子法计算

  17. Peak Shift Method on Stacking Fault Probability Determination and Its Application on Fe Mn Si Alloys

    层错几率峰位移测定法及在Fe-Mn-Si合金中的应用

  18. A study on the stacking fault in GaN crystals by high-resolution electron microscope imaging

    GaN晶体中堆垛层错的高分辨电子显微像研究

  19. A stacking fault modulated structure formed in Al Li Cu Zr alloy containing Ce

    AlLiCuZr合金时效过程中形成的层错调制结构

  20. _s varies with the stacking fault energy γ according to the correlation : (?)

    s与堆垛层错能γ之间,有(?)

  21. Effect of pre-deformation on stacking fault probability and damping capacity of Fe-Mn alloy

    预变形对Fe-Mn合金层错几率和阻尼性能的影响

  22. The results show that the tested alloy has 18R structure and stacking fault substructure .

    结果表明:该合金的马氏体晶体结构为18R结构,亚结构为层错;

  23. The Influence of Manganese on the Stacking Fault Energy and Deformation Mechanisms of the TWIP Steel

    锰元素对TWIP钢层错能和变形机制的影响

  24. Thermodynamic calculation on the influence of W and Co on the stacking fault energy of Ni alloys

    W、Co对Ni合金层错能影响的热力学计算

  25. Stacking Fault Energy of Cryogenic Austenitic Steel

    低温奥氏体钢的层错能

  26. Test method for stacking fault density of epitaxial layers of silicon by interference-contrast microscopy

    GB/T14145-1993硅外延层堆垛层错密度测定干涉相衬显微镜法

  27. Interaction of stacking fault and dislocation is the principal factor leading to the rising of yield stress .

    位错交割及位错与层错的相互作用可以引起屈服应力升高。

  28. When Si % is 6 % , the stacking fault energy of alloy is the lowest .

    硅含量为6%时,其层错能最低。

  29. Only strip austenite substructure and stacking fault were observed around the carbides .

    在碳化物颗粒附近只观察到奥氏体变体和层错。

  30. 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