National Renewable Laboratory / John Wiley & Sons / /
Continent
Africa / /
Country
Mexico / United States / China / India / /
Currency
USD / / /
Facility
College of Science / University of Texas / Illinois Institute of Technology / /
IndustryTerm
energy force / energy appetite / fuel cell technologies / metal porphyrins / free energy change / transportation / energy-dense fossil fuels / energy needs / chemical engineering / liquid electrolyte management / niche applications / gas-diffusion layer / metal deposit veins / solar energy conversion / natural gas / energy sources / portable electronics / chemical energy / nonfossil fuel energy / oil / automotive applications / acidic media / stationary applications / food / energy / energy source / electricity / hydrogen technologies / energy consumption / non-noble metal catalysts / energy independence / Typical applications / energy conversion / power consumer electronics / electrical energy / marvelous clean energy carrier / noble metal catalysts / sustainable energy future / noble metal catalyst / transportation applications / nonprecious metal catalysts / chemical degradation / electrochemical devices / mining / /
Organization
University of Texas at Arlington / U.S. Department of Energy / Illinois Institute of Technology / Chicago / Distinguished University / Energy Technology Division / ECS / Department of Chemical and Environmental Engineering / College of Science / Fuel Cells Subcommittee / Electrochemical Society / /
Person
R AMANI / Bush / Robert McConnell / Krishnan Rajeshwar / /
Position
assistant professor of chemical engineering / President / Author / Professor of Chemistry / Associate Dean / /
active electrode area) and the reversible cell voltage for the reaction is termed overvoltage (overpotential when referring to a single electrode). Prominent sources of overvoltage in a fuel cell are 1. Mixed potential a