扫描隧道显微术

TiO2（110）表面分子吸附高分辨扫描隧道显微术研究

Study of molecules adsorption on TiO_2 ( 110 ) with high resolution Scanning Tunneling Microscopy

氟表面活性剂FSN在金单晶表面自组装的电化学和扫描隧道显微术研究

An Electrochemical and STM Study of Fluorosurfactant FSN Self-assembly on Gold Single Crystal Surfaces

报道了利用扫描隧道显微术（STM）对金属表面氧化物层进行电子隧道谱研究的结果。

We have used STM to investigate the electron tunneling spectroscopy , as well as the tunneling barrier heights , in two kinds of iron oxides prepared differently on iron single crystal surfaces .

本论文结合扫描隧道显微术和第一性原理的计算对金红石型Ti02（110）表面的基本的光催化过程和反应进行了研究。

In the work of this thesis , we combine the scanning tunneling microscopy and first-principle calculations to explore the mechanisms of some basic photocatalytic processes and reactions on rutile TiO2 ( 110 ) surface .

扫描隧道显微术研究脂双层表面结构

The surface structure of lipid bilayer studied by scanning tunneling microscopy

扫描隧道显微术中的微分谱学及其应用

Differential spectroscopy and its application of scanning tunneling microscopy

扫描隧道显微术研究及其应用

Research and Application of Scanning Tunneling Microscopy

扫描隧道显微术的理论基础和大范围、快速扫描关键技术的研究

Basic Theory and Research of the Key Technology of STM in Wide Scope and Higher Speed

自旋极化扫描隧道显微术

Spin-polarized scanning tunneling microscopy and spectroscopy

文章介绍了扫描隧道显微术中微分谱学的原理及其在实验中的诸多应用。

This review gives an introduction to the principle and applications of the differential spectroscopy technique in scanning tunnelling microscopy .

扫描隧道显微术可用于研究生命物质表面结构，为人类认识生物物质的微观世界打开一条新途径。

Recently , the surface structure of the biological material was studied by scanning tunneling microscopy , which offers a new way to recognize the microscopic world of the biological meterials .

随着分子自组装技术、机械可控劈裂结方法以及扫描隧道显微术等实验手段的发展和应用，基于分子自身特性自下而上地构建具有特殊功能的分子器件成为当前分子电子学的研究热点。

With the development and application of various powerful experimental techniques , such as molecular self-assembly , mechanically controllable break junction and scanning tunneling microscope , fabricating functional molecular electronic devices by the bottom-up strategy becomes a hot research topic in molecular elctronics .

在我们的研究中，我们利用扫描探针显微术（主要是扫描隧道显微术和原子力显微术）来研究激光熔蒸法制备的纳米结构的表面形貌、电输运等性质。

In our work , we employed scanning probe microscopes , including STM and AFM , to study the surface morphologies and transport properties of the nanostructures prepared using laser ablation technique .