Electrochemical Systems |
Contents
Introduction | 1 |
Part A Thermodynamics of Electrochemical Cells | 27 |
Transport processes in junction regions | 42 |
Copyright | |
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activity coefficients anodic applied average binary electrolyte boundary conditions bulk solution calculated cathodic cell potential chemical chloride cm²/sec coefficient of species concentration overpotential concentration profiles concentration variations constant copper current density depends difference diffusion coefficient diffusion layer dilute solutions dimensionless disk electrode dissociation distance double layer effect of migration elec electric field electric potential electrochemical potential Electrochemical Society electrochemical systems Electrochemistry electrode reaction electrode surface electrolytic solution equilibrium exchange current density expressed Faraday's constant Figure fluid flux free convection gradient H₂O hydrogen interface ionic ions John Newman junction laminar Laplace's equation linear mass transfer measured metal molality molar number of species Nusselt Nusselt number ohmic potential drop phase pressure problem Pt(s reactant reference electrode region rotating disk Schmidt number solvent sulfate sulfuric acid supporting electrolyte surface overpotential temperature thermodynamic tion transference number transport properties velocity profile zero ду