Nanoanalytics and Surface Analytics
Material research and material development specifically focused on surface science and nanoanalytics.
The listed equipment is used to measure chemical (e.g. composition and charging), electrochemical, topological (e.g. surface steps, roughness), electrical (e.g. conductivity), optical (e.g. dielectric functions, luminescence centers) and mechanical properties for different material classes ranging metals to semiconductors, polymers and ceramics.