1: Introduction to electrochemistry 2: The electrochemical cell 3: Potentials, interfaces, electrodes and mass transport 4: Heterogeneous electron transfer and the Tafel equation 5: Dynamic electrochemical techniques 6: Batteries, fuel cells, and electrochemical impedance spectroscopy
Wesley R. Browne obtained his PhD in Chemistry (2002) from Dublin
City University, before taking up Research and Honorary Research
Fellowships at Queen's University Belfast, Ireland. Subsequently he
moved to the University of Groningen as a Research Fellow at the
Stratingh Institute for Chemistry in 2003, and was appointed as
Assistant Professor (2007) and later Associate Professor of
Functional Molecular Materials and Catalytic Systems (2013). He is
currently
Chair of Molecular Inorganic Chemistry (2015). Both his research
and teaching centre on spectroscopy and electrochemistry applied to
materials and molecular systems, in particular molecular switches
and
oxidation catalysis. He was awarded the 'Gouden Docent' (Gold medal
for Chemical Education) in 2016 by the Royal Netherlands Chemical
Society, and sits on the International advisory boards of the
European Journal of Inorganic Chemistry, Chemical Communications,
and Particle.
An insightful and clear coverage of the main principles and
phenomena in electrochemical studies.
*Vasily Oganesyan, University of East Anglia*
A superb introductory text to electrochemistry, which describes how
the key relationships that underlie modern electrochemistry are
derived, and how they are used.
*Mark Symes, University of Glasgow*
There are so few beginners' text books that address
electrochemistry in this logical way and bring in circuits so
early.
*Petra Cameron, University of Bath*
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