D. Purdie, B. Reihl, et al.
European Symposium on Frontiers in Science and Technology with Synchrotron Radiation 1994
We describe a new scanning tunneling microscope designed specifically for use in an ultra-high-vacuum low-temperature environment. The concept is based on an instrument with interchangeable tip, probe, and a remotely manipulated STM head. The instrumental performance and initial images of a Au(110)(1×2) reconstructed surface obtained with atomic resolution at T ≈ 10 K are presented. © 1992.
D. Purdie, B. Reihl, et al.
European Symposium on Frontiers in Science and Technology with Synchrotron Radiation 1994
R. Dudde, B. Reihl
Chemical Physics Letters
B. Reihl, R. Dudde, et al.
Applied Surface Science
B. Reihl
Journal of The Less-Common Metals