Solar Cells In Press / John Wiley and Sons / Solar Concentrator Systems / X. Shen N.A. / / /
Facility
Stanford University Stanford Institute / /
IndustryTerm
photon energy range / hot-electron devices / appropriate device / greenhouse gas emissions / energy barrier / carrier excitation / high perquanta energy / heat energy / anode energy barrier / electricity / photon energy / solar thermal technologies / carrier transport / incident solar energy / thin-film test device / concentration solar applications / metal anode / energy barriers / photovoltaic and thermal energy collection processes / lower anode energy barrier / add-on devices / carrier collection / thin film device / solar energy / thermal energy / charge carrier transport / efficiency conversion device / test device / energy band levels / concentrated solar energy conversion / /
MusicGroup
Valence / /
OperatingSystem
Fermi / /
Organization
Department of Electrical Engineering Abstract Global / James Harris Department / Department of Materials Science and Engineering / Stanford University / Institute for Materials and Energy Science / Department of Materials Science and Engineering Yangsen Kang / /
Person
Samuel Rosenthal / Nicholas Melosh / James Harris / /
Position
collector / /
ProvinceOrState
New York / /
PublishedMedium
Solar Energy Materials and Solar Cells / Nature Materials / /
Microsoft Word - GCEP Progress Report_melosh_2012_solid state pete.doc