Denmark Technical University / Case Western Reserve University / Stanford University / University of Texas / /
IndustryTerm
metal / energy storage technologies / metal oxide candidates / portable electronic devices / transportation / energy storage / web.mit.edu/newsoffice/ / metal oxides / intermittent energy sources / average energy / chemical compositions / metal-air batteries / renewable energy sources / energy-storage technologies / surface metal ions / candidate metal-oxide materials / energy storage systems / metal air batteries / metal ions / electric car batteries / metal-oxide materials / energy / /
Organization
office of Naval Research / U.S. Department of Energy / University of Texas at Austin / National Science Foundation / MIT / Stanford University / MIT's Department of Materials Science and Engineering / Technische Universität München / Case Western Reserve University / Chesonis Family Foundation / Massachusetts Institute of Technology / Institute of Technology Graduate / Robert A. Welch Foundation / Denmark Technical University / /
Person
Yang Shao-Horn / John B. Goodenough / Jens Nørskov / Jin Suntivich / David L. Chandler / Eva Mutoro / Hubert A. Gasteiger / Melanie Gonick / Robert Savinell / /
Position
lead author / associate professor of mechanical engineering / chemistry professor / co-author / Professor of 2/3 APA citation / visiting professor / /
How to choose a catalyst: Predicting which materials will perform best in fuel cells and metal air batteries