The Scanning Flow Cell (SFC) is an advanced micro electrochemical technique which extends the concept of the classical channel electrode. The highly modular cell design allows an optimal flexibility towards a broad range of applications. [more]

Automation of combined experimental setup consisting of Inductively Coupled Plasma Mass (ICP-MS) and Scanning Flow Cell (SFC). [more]

After the development of an electrochemical Scanning Flow Cell (SFC) and its coupling to an inductively coupled plasma mass spectrometer (ICP-MS) we now coupled the SFC to an online electrochemical mass spectrometer (OLEMS). The new setup is able to determine the potential/current dependent selectivity of catalysts. [more]

Our group has developed a modular LabView based computer software that allows complete automatization of all standard Rotating Disk Electrode (RDE) measurements. [more]

Identical location transmission electron microscopy (IL-TEM) is a technique that offers non-destructive studying of the same spot of a sample before and after the (usually electrochemical) treatment. [more]

The Nanoplotter is a drop-on-demand printer, which can dispense small volumes of various suspensions. In our group it is used for the preparation of HSA catalysts for performance tests in the SFC. [more]

Monitoring of microbially influenced corrosion requires electrochemical cells suitable for microbial growth, in which parallel electrochemical measurements can be performed. [more]