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Introduction 1 Thermodynamics electrode kinetics and transport processes
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activity coefficients anodic applied binary electrolyte calculated calomel electrode cathodic cations cell potential chapter charge density chemical potential chloride cm2/sec coefficient of species composition concentration profiles conductivity convection copper current density current distribution depends difference diffuse layer diffusion coefficient dilute solutions dimensionless double layer elec electric field electrochemical potential electrochemical systems Electrochemistry electrode kinetics electrode potential electrode reaction electrode surface electrolyte electrolytic solution electroneutrality equilibrium exchange current density expressed Faraday's constant Figure flow fluid flux given by equation gradient hydrogen electrode interface ionic species ions Laplace's equation limiting current liquid junction liquid-junction potentials mass transfer mass-transfer measured mercury drop metal migration molality molar number of species ohmic potential drop overpotential oxygen particle phase pressure problem reactant reference electrode region rotating disk Schmidt number solvent sulfate supporting electrolyte surface concentration surface overpotential temperature term in equation thermodynamic tion transference number transport properties trode turbulent velocity profile zero