![Inorganic compounds / Semiconductor devices / Phosphides / Gallium arsenide / Nanowire / Light-emitting diode / Indium gallium phosphide / Gallium nitride / Gallium phosphide / Chemistry / Solar cells / Compound semiconductors Inorganic compounds / Semiconductor devices / Phosphides / Gallium arsenide / Nanowire / Light-emitting diode / Indium gallium phosphide / Gallium nitride / Gallium phosphide / Chemistry / Solar cells / Compound semiconductors](https://www.pdfsearch.io/img/b08e0a8a318380b0946fadcb079a8106.jpg)
| Document Date: 2013-11-13 14:50:09 Open Document File Size: 2,10 MBShare Result on Facebook
City Pasadena / Air / / Company Noyes Laboratory / Perot / Dow Corning / Sun / Cdi / Sigma Aldrich / Ge / / Country United States / / Currency pence / / / Facility University of Southern California / MOCVD reactor / The square / California Institute of Technology / / IndustryTerm metal / storage applications / Online Published / overall inherent photoelectrode energy-conversion efficiencies / solar energy conversion / solar energy-conversion properties / near-unity external carrier-collection efficiencies / photoelectrochemical energy-conversion properties / selective-area metal / dualjunction systems / organic chemical-vapor deposition / cell solution / chemical / paint / inherent energy-conversion efficiencies / Online Energy / energy / / MusicGroup Sun / / OperatingSystem Fermi / / Organization California Institute of Technology / University of Southern California / Los Angeles / Royal Society of Chemistry / / Person Chun-Yung Chi / Jph Voc / P. Daniel Dapkus / Shu Hu / / / Position representative / / ProvinceOrState Southern California / California / / PublishedMedium the TE and This journal / the This journal / / RadioStation AM 1 / / Region Southern California / / Technology semiconductor / sublimation / broadband / semiconductors / spectroscopy / ATM / lithography / simulation / recombination / electrochemical cell / / URL www.rsc.org/ees / /
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