We have developed the electrochemical theory for quantitative analysis
of
electrochemical data on the thermodynamic and the statistical mechanical
base.
The theory covers
(A) fashionable nanoparticles and nanoelectrodes,
(B) much misleading intercalation, intermolecular interaction, conducting
polymers,
liquid|liquid interfaces, and
(C) new applications to latex redox particles, redox emulsions, nanoporous
glass, carbon nanotube.
The strategy is
grasp of thermodynamic conditions
potential@species
thermodynamics or kinetics
current@rate-determining step
model and analysis
correspondence to data
comparison with spectroscopic data