Fuel Cell Science, Engineering and Technology: Presented at the First International Conference on Fuel Cell Science, Engineering and Technology, April 21-23, 2003, Rochester, New YorkR. K. Shah, Satish G. Kandlikar |
Contents
KEYNOTE LECTURES | 1 |
FUELCELL20031696 | 9 |
FUELCELL20031697 | 21 |
Copyright | |
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analysis anode applications ASME batteries bipolar plates calculated carbon nanotubes carbonate fuel cell cathode cell potential cell voltage channel chemical CO₂ coefficient combustion components concentration cooling cost current density cycle diffusion distribution DMFC effect electrical electrochemical reaction electrode electrolyte energy Engineering equation exchange membrane fuel exergy efficiency Figure flow rate formic acid fuel cell power Fuel Cell Science fuel cell stack fuel cell system fuel utilization gasification H₂ heat exchanger heat transfer hydrogen increase inlet liquid load mass transfer materials MCFC mechanical Membrane Fuel Cells methane methanol Nafion nanotubes natural gas operating temperature optimization output overpotential oxygen parameters PEM fuel cell PEMFC Polymer Electrolyte potential power density power plants Power Sources pressure production proton exchange membrane ratio reactant reactor reduced shown simulation SOFC Solid Oxide Fuel steam reforming surface SynGas system efficiency thermal transport turbine vehicle