Electrochemical Oxygen Technology
Explores both electrochemistry fundamentals and the applications of oxygen in electrochemical systems. Much of the information is summarized in tables which are accompanied by a list of references to consult for details. Emphasizes fuel cells and metal/air batteries.
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A. J. Appleby Acta AFCs air cathodes alkaline electrolytes alloy anode aqueous electrolytes bifunctional air electrodes Bockris carbon black Carbonate Fuel Cell catalyst Cd/NiOOH cell voltage charge Chem chemical concentration containing corrosion current density decreases diffusion discharge dissolution electrocatalyst electrocatalyst for oxygen electrocatalytic activity electrochemical cell electrochemical reaction Electrochemical Society Electrochemistry electrode structure Energy Conversion fuel-cell heat hydrogen increase ions kinetics layer lead-acid batteries MCFCs membrane metal oxide metal/air cells Molten Carbonate Fuel Nafion negative electrode nickel noble metals obtained operating overpotential oxygen evolution oxygen recombination oxygen reduction oxygen sensors ozone PAFCs partial pressure particles PEFCs Pennington perovskites platinum polarization curves pore porous electrodes Power Sources Proceedings Pt black Pt supported PTFE PTFE-bonded rate-determining step sintered SOFCs solid electrolyte solid oxide solubility supported on carbon surface area Symposium Tafel slope Technology temperature thermal utilized water electrolyzers Zn/air