Technology of electrodeposition: mechanical and physical properties of electrodeposits and factors affecting their control; thickness distribution; fundamental plating theory; surface-active materials; alternating current; alloy plating
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METHODS OF STUDYING THE RATES OF ELECTRODE
Methods using alternating or pulsating currents
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A. T. Vagramyan A/sq dm acid addition adhesion adsorbed adsorption alloy alternating current amount anode anodic polarization apparatus atoms basis metal brightness brittleness cathode Cathode current density cathode polarization Chem chromic acid circuit coating composition concentration copper current density current distribution current efficiency cyanide cyanide solutions deposition of metal determined direct current distribution of metal drop in potential effect electric electrochemical Electrochemistry electrode potential electrodeposition of metals electrolytic cell electroplating equation exchange formation grains hydrogen increase interelectrode distance internal stresses investigations iron Izd-vo AN SSSR Khim mA/sq cm measured metal distribution metallov molybdenum N. T. Kudryavtsev naphthalene nickel nickel deposits occurs overvoltage oxide film polarization curves porosity portion Priklad pulsating current reaction reduction resistance reversing current shows silver solution containing specimen substrate sulphate solution surface-active materials switching temperature thickness thiourea throwing power Trans true current density variation Zhur zinc zinc sulphate