LEED:低能电子衍射
低能电子衍射,其英文全称为“Low Energy Electron Diffraction”,在学术和科研领域常简写为LEED,主要用于电子相关的表面分析研究。采用缩写形式能够有效提高书写和使用的效率,尤其便于论文撰写和学术交流。
Low Energy Electron Diffraction具体释义
Low Energy Electron Diffraction的英文发音
例句
- Simulation and detailed analysis of low energy electron diffraction ( LEED ) data.
- 低能量电子绕射(EED)果之模拟及详尽数据分析。
- Low energy electron diffraction, scanning tunneling microscopy, first-principles density-functional theory, and molecular mechanics calculations were used to analyze the adsorption and growth of quinacridone derivatives ( QA ) with alkyl chains of 4 and 16 carbon atoms on an Ag ( 110 ) substrate.
- 采用低能电子衍射(LEED)、扫描隧道显微镜、第一性原理密度泛函理论计算以及分子力学计算,分别对不同烷基链取代的喹吖啶酮(QA)分子在Ag(110)基底上的吸附和生长进行了研究。
- Phase transitions on a clean reconstructed Si ( 100 ) - c ( 8 × 8 ) surface induced by atomic hydrogen adsorption at different temperatures have been studied using low energy electron diffraction ( LEED ).
- 描述了用低能电子衍射(LEED)(LEED)研究不同温度下在Si(100)-c(8×8)表面吸氢引起的一系列相变过程。
- The surface structure calculated of CO adsorbed on the transition metals surfaces with low energy electron diffraction spectra
- 用低能电子衍射(LEED)谱计算过渡金属吸附CO的表面结构
- Low energy electron diffraction ( LEED ) is used also to study the deposition process of Al on GaAs ( 100 )( 4 × 1 ) surface. The deposited surface is disordered at the beginning and become ordered with Al deposition amount increasing.
- 实验中还用低能电子衍射(LEED)(LEED)观察了室温下Al在GaAs(100)(4×1)面上的淀积过程,发现随着Al淀积量的增加,表面是从无序到有序转化的。
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