1) micro bulk defect
微体缺陷
1.
Theoretic and experimental study on micro bulk defects in semiconducting materials by laser scanning analysis technology;
半导体材料微体缺陷激光扫描分析技术
2) bulk microdefect
体微缺陷
3) micro/nano bulk defect
微/纳米级体缺陷
4) microdefect
微观缺陷
1.
Microdefects in binary TiAl alloys with different chemical compositions investigated by positron annihilation technique;
用正电子湮没技术研究不同化学成分的二元TiAl合金中的微观缺陷
2.
Effects of Zr on the Microdefects and Electronic State in Ni-Al Intermetallic Compounds;
Zr对Ni-Al系金属间化合物中微观缺陷和电子状态的影响
3.
Study of species characteristic and formation of microdefects in thermite welded joints in rails was described.
通过扫描电镜观察铝热焊接钢轨焊缝拉伸和冲击断口的断口形貌及能谱对缺陷进行成分分析,研究了使用中合格的铝热焊缝的微观缺陷的种类和形成机制。
5) microdefects
微观缺陷
1.
Microdefects in nanocrystalline carbon;
纳米碳中的微观缺陷结构特征
2.
Change in Microdefects and Electron Density of Cuprate Superconductor with Temperatures;
高温超导体的微观缺陷和电子密度随温度的变化
3.
Positron annihilation of microdefects and 3d electrons in Zn-40Al alloy
Zn-40Al合金中微观缺陷和3d电子的正电子湮没
6) tiny flaw
微小缺陷
1.
Laser welding seams in titanium alloys with complex structure were detected by using real time imaging system in this paper,and the images of ray detection which contain tiny flaws were obtained.
采用实时成像系统,对复杂结构钛合金激光焊件进行了检测,得到了含有微小缺陷的激光焊件射线图像。
2.
X-ray real time imaging method was adopted to nonde-structively test the complex structure welding parts of titanium alloys, the spatial position of tiny flaws was determined based on the line profile distribution of flaws position, and a formula which could calculate the burial depth of flaws was obtained.
采用X射线实时成像方法对复杂结构钛合金激光焊件进行了无损检测,并基于缺陷位置的线灰度分布曲线确定了焊件中微小缺陷的空间位置,推导出了一个计算缺陷埋藏深度的公式。
补充资料：点缺陷(见晶体缺陷)
点缺陷(见晶体缺陷)
point defect
点缺陷point defeet见晶体缺陷。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条