An Introduction to Electrochemical Science |
Contents
IONS IN WATER | 12 |
ELECTRIC DOUBLE LAYERS | 34 |
THE KINETICS OF ELECTRONIC CHARGE | 53 |
Copyright | |
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activity coefficient adsorbed adsorption anions anodic anodic current anodic reaction atmosphere batteries bulk Butler-Volmer equation cathodic reaction cations chemical reaction CO₂ combustion concentration gradient constant corr corrosion current density de-electronation diffuse layer dipole distance double layer elec electric field electrical energy electrocatalysis electrochemical reaction electrochemical science electrochemistry electrode potential electrode reaction electrolyte electron sink energy change energy density equilibrium example exchange current density Fermi level fossil fuels free energy fuel cell H atoms H+-OH H₂ H₂O H3O+ heat Hence hydrogen evolution increasing interface interphase ionic ions ions in solution kJ mol-1 measure membrane metal mole negative Nernst O₂ organic molecules overpotential oxidation particles permittivity pollution pore potential difference produce proton rate-determining step reaction rate reactors reference electrode region reversible potential solar energy solvation solvent standard hydrogen electrode temperature thermodynamic tion tunnelling V₁ voltage Vrev water molecules zero