Datum der Disputation
- 2.6.2025
High Resolution Non-contact Atomic Force Microscopy on surfaces with the fluorite structure
Microscopy on surfaces with the fluorite
structure
Dissertation
Überblick
AutorInnen
Erstbetreuer:in
Schlagwörter
- atomic contrast formation
- atomic resolution imaging
- calcium Fluoride
- cantilever
- cerium dioxide
- crystallographic direction
- evaporation deposition
- force sensor
- gold surface
- highly oriented pyrolytic graphite
- insulators
- interaction force
- nano-clusters
- non-contact atomic force microscopy
- scanning tunneling microscopy
- sublattice identification
- tip changes
- ultra-high vacuum
- scanning probe microscopy