What are the characteristics, the properties and performances of an electrolysis system subject to intense electrical constraints? Why is this over 150-year old experiment increasingly attracting academic and industrial attention? By briefly retracing the sequence of the progress achieved so far in the field of the electrochemical discharges, this book provides an overview about the physics of this phenomenon along with some of its practical uses for academic and industrial purposes.
The phenomenon of electrochemical discharge is growing in importance in applications in synthetic chemistry, wastewater treatment, surface engineering, micro-precision machining, and most recently the synthesis of nanoparticles in which the process has the advantage of versatility, easy application, and cost effectiveness. This book focuses on the use of electrochemical discharges in the analysis and description of electrochemical systems.
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