Electrochemistry of Non-ferrous Metals
Electrochemistry of metals constitutes a major section of chemistry, devoted to the study and improvement of processes of electro-crystallization (or ionization of metal atoms) ie: chemical conversions at the metal (electronic conductor) - electrolyte (ionic conductor) interface, when an electric current is passed through the electrolyte.
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SOME CONCEPTS OF ELECTROCHEMISTRY OF METALS
PRINCIPLES OF ELECTROCRYSTALLISATION OF METALS
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acid adions adsorbed adsorption alloy anions anodic anodic dissolution anodic process antimony atoms cathode surface cathodic deposits cations cell cementation process characterised chemical reaction chloride complex electrolytes composition compounds constant copper corrosion crystal lattice crystalline current density current efficiency decrease depends depositing metal determined diffusion discharge electrical double-layer electrochemical cell electrochemical reaction electrochemistry of metals electrocrystallisation electrode potential electrode processes electrode reaction electrode surface electrodeposition electrorefining energy equation equilibrium exchange current film formation Frumkin growth hydrogen impurities increase influence insoluble anodes interface investigations ionic ionisation Izd-vo kinetics of electrode lead Levin limiting current magnitude metal ions metal surface method molecules Moscow nickel non-ferrous metals nuclei obtained overpotential oxide oxidised oxygen parameters particles passivation phase polarisation polarisation curves polarography possible powders retardation salts sludge solid electrode SSSR stage structure substances sulphate surface tension temperature theory zero charge ZhFKh zinc