The fundamental advantages and potential benefits of flow microreactor technology include
extremely large surface-to-volume ratios, precise control over temperature and residence …

In most commercial electrochemical processes, only one of the two sides of the cell
produces a desirable reaction, whereas the complementary reaction at the other side simply …

This book is a revision of the 2005 3rd Edition with the same title. There is additional
material, mainly in the entirely new Chap. 13 on migration and substantial new parts on …

Integration of microelectrodes in microfluidic devices has attracted significant attention
during the past years, in particular for analytical detections performed by direct or indirect …

Electrosynthesis traditionally requires dedicated reactor systems and an added electrolyte,
although some paired electrosynthesis processes are possible at interdigitated microband …

The development of any particular analytical or preparative applications using
electrochemical techniques in microfluidic devices requires integration of microelectrodes …

The finite element method (FEM) is well known in engineering technology. Numerous
commercial packages are available. Extensions using an algorithm with an adaptive grid …

Extensive development of analytical and bioanalytical applications is based on microfluidic
transport of analyte species, which is generally difficult to quantify experimentally. The …

Electrochemical synthesis is well established for production of bulk commodities such as
copper, aluminium, or ethylene oxide, but electrosynthesis could play an increasingly …

This review covers developments in digital simulations of electroanalytical experiments,
since 1996. Over the period of time considered, a number of new techniques has been …