electron diffraction中文是什么意思

• 电子衍射，电子绕射

• electron    n. 【物理学】电子。 the electron bea ...
• diffraction of electron    电子的绕射
• electron-diffraction    电子衍射
• camera for electron diffraction    电子衍射照相机
• convergent beam electron diffraction    会聚束电子衍射
• electron diffraction analysis    电子绕射分析; 电子衍射分析
• electron diffraction apparatus    电子衍射装置
• electron diffraction camera    电子衍射摄象机; 电子衍射摄影机; 电子衍射照相机; 电子衍射照像机; 电子衍射照象机
• electron diffraction contrast effect    电子衍射衬比效应
• electron diffraction crystallography    电子衍射晶体学
• electron diffraction diagram    电子衍射图
• electron diffraction i trument    电子衍射仪
• electron diffraction image    电子通道花样; 电子衍射象
• electron diffraction instrument    电子衍射仪
• electron diffraction investigation    电子衍射调查; 电子衍射研究
• electron diffraction pattern    电子衍射花样; 电子衍射图象; 电子衍射图样
• electron diffraction photograph    电子衍射照相
• electron diffraction study    电子衍射研究
• electron diffraction technique    电子衍射法
• electron micro-diffraction    电子显微衍射
• electron-diffraction method(eed)    电子衍射法
• gas electron diffraction    气体电子衍射法
• high energy electron diffraction    高能电子衍射
• high-energy electron diffraction    高能电子衍射
• instrument， electron-diffraction    电子绕射仪

• Reflection high energy electron diffraction method
  反射高能电子绕射法
• Selected area electron diffraction image
  选区电子衍射象
• Low energy electron diffraction method
  低能电子绕射法
• Low energy electron diffraction
  低能电子衍射
• Method of electron diffraction
  电子衍射法
• Method of selected area electron diffraction for transmission electron microscopes
  透射电子显微镜选区电子衍射分析方法
• Electron diffraction image
  电子衍射象
• No5 ： image processing based on the combination of high - resolution electron microscopy and electron diffraction ( invited paper ) , f . h . li , microscopy research and technique , 40 ( 1998 ) 86 - 100
  场发射高分辨电子显微镜在揭示原子分辨率晶体缺陷上的应用（特邀论文） ，李方华，科仪新知， 21 ( 1999 ) 8 - 15
• Tem and electron diffraction patterns show that there exist two major forms of nanowires possessing different morphologies and growth directions , which may indicate that different mechanisms predominate in the growth process
  产物中主要包括两种类型的si纳米线，二者具有不同的形貌和结构特征，因此它们遵从不同的生长机制。
• The reflection high - energy electron diffraction ( rheed ) was used to monitor the surface of insb in situ during the epitaxial growth , rheed diffraction pattern indicates volmer - weber growth at the very early stage of nucleation
  低温insb缓冲层在生长初期显示明显的岛状生长,通过rheed强度振荡的观察,确定低温insb缓冲层的生长速率为0 . 26 m / h 。

• electron diffractionとは意味：電子線回折｛でんし せん かいせつ｝