Fuel cells: power for the future. A technical and economic analysis of developments and opportunities in electrochemical fuel cells
Fuel Cell Research Associates, 1960 - Technology & Engineering - 160 pages
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FUEL CELLS POWER FOR THE FUTURE?
The Fuel Cell Process Fuel electrode process Oxygen electrode process Function of
Resistance polarizations Summary of polarizations
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amperes amperes per square applications atomic automobile busbar busbar cost capital cost carbon Carnot limitations catalysts cell efficiency chapter chemical chemisorbed chemisorption comparison consumed CURRENT DENSITY AMPS/FT2 DC motor Diesel engine direct current direct current motor economic current density electrical energy electrochemical electrolyte estimated evaluation expected fuel cell development fuel cell power fuel cell system fuel cell unit fuel cost fuel electrode gasoline heat high temperature cells horsepower hydrocarbon cell hydrocarbon fuel cell hydrogen increase initial cost internal combustion engine lead-acid battery limited load low temperature maximum mechanical power methanol molecules natural gas operating costs overload factor oxygen oxygen electrode porous potassium hydroxide pound power output power sources present problem production propane Quantity Fuel User reaction zone reduced resistance series motor sodium sodium amalgam speed square foot Table temperature fuel cells torque tractor trucks Union Carbide utilize voltage weight lbs zinc