Metal Surfaces, Interfaces, and Multilayer Structures

金属表面、界面、覆盖层和多层结构的生长行为和特性的实验研究。其目的是了解支配它们的结晶形式、化学成分和电子性质的原理。采用的技术包括在同步加速器源和内部的光电子发射、俄歇能谱、电子衍射、分子束外延以及扫描隧道显微镜和光谱分析。

Experimental investigations on the growth behavior and properties of metal surfaces, interfaces, overlayers, and multilayer structures. The purpose is to understand the principles governing their crystalline form, chemical composition, and electronic properties. Techniques employed include photoemission, at synchrotron sources and in-house, Auger spectroscopy, electron diffraction, molecular beam epitaxy, and scanning tunneling microscopy and spectroscopy.