Investigations of long-chain hydrocarbon and substituted hydrocarbon materials
physisorbed at the liquid− solid interface have provided a particularly fruitful area of …

Scanning probe microscopy is a family of techniques which provide images of the surface
topography and, in some cases surface properties, on the atomic scale. Since its inception in …

A survey is given on 'top-down'(microstructure) and 'bottom-up'(chemical synthesis)
approaches to designing chemical and biochemical sensors. Particular emphasis is put on …

A survey is given on “top-down” and “bottom-up” approaches to the design of nanostructured
sensors which monitor different physical and chemical quantities. Particular emphasis is put …

A survey is given on “top-down” and “bottom-up approaches to design nanostructured
sensors which monitor different physical and chemical quantities. Particular emphasis is put …

In dieser Arbeit wird das Konzept und die experimentelle Umsetzung einer neuartigen
Kombination aus Tieftemperatur-Rastertunnelmikroskop und fs-Lasersystem zur …

This thesis presents experimental studies of two fundamental components of electronic
devices: an oxide-and metal-semiconductor interface. The importance of these interfaces …

The problem of tunneling of electrons in scanning tunneling microscopy is considered in the
framework of a many-particle approach, which is based on the concept of effective tunneling …

Der Schwerpunkt meiner Doktorarbeit lag auf dem Aufbau eines Ultrahochvakuum-,
Tieftemperatur-RTM (Rastertunnelmikroskop). Auf der Basis bereits bestehender …

We introduce a new type of surface microscope using hydrodynamic phenomena. The fluid
flow through the opening of the pipette probe is blocked at short distances between the …