ISSN: 2048-9145

Pharmaceutical Bioprocessing

Electrochemistry

 Electrochemistry is a genuinely multidisciplinary science that can be applied within physical, chemical, and biological sciences to a number of fields. This chapter deals with a selection of areas including energy conversion and storage, in specific fuel cells and Li-ion batteries; electrosynthesis covering both synthesis methods and the electrodeposition of heterogeneous and nanostructured surfaces; oxidation; electroanalytic chemistry in the classical sense of analyte detection, as well as testing mechanical information. Finally, electrochemistry's applicability to the biological sciences. Electrochemistry is both a science and an industrial domain that is based on physicochemical phenomena occurring whenever exchanges of electrical and chemical energy intervene in a reactive system. In this sense, electrochemistry most of the time investigates systems in which electrical currents flow, as in the case of electrochemical generators of batteries present in numerous everyday applications such as cars, mobile phones, etc. From this point of view, the archetypal corrosion process, which is a metallic piece freely exposed to a particularly aggressive environment, is somewhat marginal in the sense that the overall current flow from outside the system is observed  

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