University of Oregon / Nathan S. Lewis* Kavli Nanoscience Institute / California Institute of Technology / Nanoscience Institute / Beckman Institute / /
IndustryTerm
earth-abundant metal catalyst / energy-conversion efficiency / carrier concentrations / energy conversion-efficiency / poor charge-carrier collection / aqueous solution / energy / solar-energy-conversion applications / metal / minority-carrier diffusion lengths / non-precious-metal hydrogen-evolution catalysts / atmospheric-pressure chemical vapor deposition system / wire-array device / charge-carrier collection / /
OperatingSystem
Fermi / /
Organization
California Institute of Technology / University of Oregon / National Science Foundation / Department of Energy / American Society for Testing and Materials Air Mass / Department of Chemistry / Beckman Institute / Nanoscience Institute / A. Atwater / * and Nathan S. Lewis* Kavli Nanoscience Institute / /
Person
Evaporated Pt / Michael G. Walter / Elizabeth A. Santori / Dominey / Michael D. Kelzenberg / Harry A. Atwater / Jsc Voc / Nathan S. Lewis / Morgan C. Putnam / Daniel Turner-Evans / Bruce S. Brunschwig / Harrison / Shannon W. Boettcher / James R. McKone / Emily L. Warren / W. A. U.S. Patent / /
Position
D. J. / R. N. / AUTHOR INFORMATION Corresponding Author haa@caltech.edu / G. D. J. / Porter / P. D. J. / /
ProvinceOrState
New Jersey / Oregon / Nova Scotia / California / /
Region
East California / /
Technology
semiconductor / chemical vapor deposition system / http / simulation / recombination / /
COMMUNICATION pubs.acs.org/JACS Photoelectrochemical Hydrogen Evolution Using Si Microwire Arrays Shannon W. Boettcher,^ Emily L. Warren, Morgan C. Putnam, Elizabeth A. Santori, Daniel Turner-Evans, Michael D. Kelzenberg