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空位缺陷 meaning in English

vacancy defect

Examples

  1. It is found that the pl spectra of al - si - sio2 films are composed of 3 bands located at about 370nm , 410nm , and 510nm , respectively . the peak position changes little with the different amount of al , while the intensity of the pl peak changes
    Ple结果表明, 37onm和410nm的pl ,峰与样品中的氧空位缺陷有关,而510nm的pl峰则是由于铝的掺入改变了样品中的缺陷状态所致,是al 、 si 、 o共同而复杂的作用结果。
  2. The experiments show an room temperature in the course of reactive sputtering conduces to restraining the surface reaction between hf02 and si layer ; 2 . we studied different surface progress . comparable with conventional method , the surface with nh4f cleaning step have superior thermal stability with hfo2 , nh4f cleaning step is introduced can reduces leakage current and eot ; 3
    栅泄漏电流的减小可归于氧空位缺陷的减小,即高的溅射氧气氛和氧气氛退火有助于减小hfo _ 2栅介质中的氧空位缺陷; 4 )研究了反应溅射制备的hfo _ 2栅介质漏电流机制及其silc效应。
  3. The as - grown crystals were characterization by cutting and directional , x - ray diffraction , high resolution ohmmeter , ir transmission spectroscopy , visible light absorption spectroscopy , scan electronic microscopy ( sem ) and positron annihilate time technique ( pat ) . the ir transmittance of czt single crystals grown with cd - riched is about 53 % , while 23 % with no cd riched
    采用解理实验、 x射线衍射、电学性能测试、红外透过谱测试、可见光吸收谱测试、 sem蚀坑分析、探测器的试制等分析测试方法,并首次采用正电子湮没寿命谱分析方法来研究czt单晶体的空位缺陷,综合表征了所生长的晶体的质量和性能。
  4. After annealing at 600 , because of formation of multi - vacancy - type defects that have long positron lifetime , positron annihilation average lifetime increased . when the average positron lifetime increased to maximum value ( 360ps ) , the interstitial oxygen concentration decreased to minimum value ( 4 1017atoms / cm3 ) . this result suggested that oxygen was involved in the formation of multi - vacancy - type defects
    正电子湮没技术测试证明,快中子辐照直拉硅中在大约600退火时产生的多空位缺陷具有较长正电子寿命,可以使正电子平均寿命增加,当样品的正电子平均寿命达到最大时( 360ps ) ,其间隙氧含量降到一个极小值( 4 10 ~ ( 17 ) atoms / cm ~ 3 ) ,这说明氧参与了这些缺陷的形成。

Related Words

  1. 空位
  2. 负离子空位
  3. 空位沉淀
  4. 结构空位
  5. 剥蚀空位
  6. 空位聚集
  7. 空位期间
  8. 表面空位
  9. 空位簇
  10. 空位机理
  11. 空位期间
  12. 空位迁移率
  13. 空位蠕变
  14. 空位时期
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