Electroanalytical Chemistry: Basic Principles and Applications

acid activity adsorption amperometric amperometric titration amplifier Anal analytical anodic aqueous solution buffer capacitance cathodic cell potential Chem chemical chronoamperometry chronopotentiometry circuit classical polarography coefficient components concentration coulometric couple current flowing curve devices diffusion diffusion-limited current dilute double layer drop effect electrical electroanalytical chemistry electrochemical cell electrochemistry electrode potential electrode reaction electrode surface electrolyte equilibrium Faradaic function glass electrode half-wave potential hydrogen indicating electrode input interphase interphase region ion-selective electrodes irreversible kinetics limited linear maximum measured membrane mercury metal meter method mol/dm³ moles Nernst equation nonaqueous normally number of electrons observed obtained output overpotential overvoltage oxidation peak platinum polarization polarography potential difference potentiometric precision pulse polarography quantity rate constant redox reduction reference electrode resistance resistor reversible RT/zF sensor shown in Figure signal significant solubility solvent species standard step supporting electrolyte titration units usually voltage voltammetry wave waveform Weston cell zero