阐述了扫描隧道显微镜(STM)的工作原理,及其特点,总结了STM在金属、半导体材料的原子结构观察及表面相变等方面的主要研究成果它包括纯金属及半导体原子结构、表面相变、表面吸附(表面反应)及表面物理沉积过程的动态研究;论述了作者在相变和相结构STM分析实验技术及研究成果
The working mechanism of Scanning Tunnelling Microscope(STM),which is a novel surfaceanalysis apparatus with very high resolution,is briefly introduced. Some of those important experimental results as to the STM investigation of the atomic structure and s
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| [18] | BinnigG,RohrerH,GerberCetal．ApplPhysLett,1981 |
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