Electrochemical SystemsJohn Wiley & Sons, 4 dic 2012 - 672 páginas The new edition of the cornerstone text on electrochemistry Spans all the areas of electrochemistry, from the basics of thermodynamics and electrode kinetics to transport phenomena in electrolytes, metals, and semiconductors. Newly updated and expanded, the Third Edition covers important new treatments, ideas, and technologies while also increasing the book's accessibility for readers in related fields.
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Índice
Cover | |
Thermodynamics | |
Thermodynamics in Terms | |
Concentration | |
Problems | |
References | |
Differential Equations | |
Activity Coefficients | |
Thermal Effects | |
Transport Properties | |
Fluid Mechanics | |
Current Distribution and Mass | |
Applications of Potential Theory | |
Effect of Migration on Limiting Currents | |
Concentration Overpotential | |
Problems | |
Reference Electrodes | |
Potentials of Cells with junctions | |
Structure of the Electric Double Layer | |
Electrode Kinetics | |
Electrokinetic Phenomena | |
Electrocapillary Phenomena | |
Transport Processes | |
Concentrated Solutions | |
Currents Below the Limiting Current | |
Porous Electrodes | |
Semiconductor Electrodes | |
Partial Molar Volumes | |
Numerical Solution of Coupled Ordinary | |
Currents | |
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Términos y frases comunes
activity coefficients anode applied approximation binary electrolyte boundary conditions calculated calomel electrode cathode cell potential Chapter charge density chemical potential chloride composition concentration gradients concentration profiles conductivity constant convection current density current distribution Debye Debye length depends diffusion coefficient diffusion layer dilute solutions dimensionless disk electrode dissociation double layer electric field electrochemical potential Electrochemical Society electrochemical systems Electrochemistry electrode potential electrode reaction electrode surface electrolytic solution electroneutrality energy equilibrium exchange current density expression Figure flow fluid flux density interface ions John Newman Laplace’s equation limiting current liquid junction liquidjunction potentials mass transfer masstransfer measured metal migration molality molar number of species ohmic potential drop opencircuit potential oxygen parameter phase porous electrode potential difference problem reactant reference electrode region relative Reproduced from reference rotating disk Section semiconductor solvent supporting electrolyte surface overpotential temperature thermodynamic transference number transport properties variation velocity zero