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Organization/ Principal Investigator University of Florida Tim Anderson United Solar Ovonic Subhendu Guha University of Oregon Dave Cohen Syracuse University Eric Schiff University of Utah Craig Taylor California Institute of Technology Harry Atwater University of Illinois Angus Rockett Colorado School of Mines Don Williamson AstroPower, Inc. Jim Rand Energy Photovoltaics Yuan-Min Li MVSystems, Inc. Arun Madan Iowa State University Vik Dalal Case Western Reserve University Frank Ernst Florida Solar Energy Center Neelkanth Dhere Shell Solar Industries Dale Tarrant First Solar, LLC Rick Powell Global Solar Energy Markus Beck Energy Photovoltaics Alan Delahoy Location/e-mail Gainesville, FL tim@nersp.nerdc.ufl.edu Auburn Hills, MI sguha@uni-solar.com Eugene, OR dcohen@oregon.uoregon.edu Syracuse, NY easchiff@syr.edu Salt Lake City, UT craig@physics.utah.edu Pasadena, CA haa@daedalus.caltech.edu Urbana, IL arockett@uiuc.edu Golden, CO dwilliam@mines.edu Newark, DE jim.rand@ps.ge.com Lawrenceville, NJ y.li@epv.net Golden, CO ArunMadan@aol.com Ames, IA vdalal@iastate.edu Cleveland, OH fxe5@po.cwru.edu Cocoa, FL dhere@fsec.ucf.edu Camarillo, CA Dale.tarrant@shellsolar.com Perrysburg, OH rcpowell@firstsolar.com Tucson, AZ mbeck@globalsolar.com Lawrenceville, NJ a.delahoy@epv.net Description/Title of Research Activity Characterization of the reaction chemistry of CIGS solar cells High-efficiency a-Si-alloy-based solar cells and modules Electronic properties relevant to improving performance and stability of a-Si PV cells FY 2004 Cost ($K) Share 257 0 529.5 343 119.1 0 154.7 8.1 ($K) University of North Carolina, Chapel Hill Daxing Han Chapel Hill, NC daxing@physics.unc.edu Micro-structural characterization and identification of Staebler- Wronski mechanism of a-Si:H solar cell materials 140 0 Energy Conversion Devices Scott Jones Troy, MI sjones@ovonic.com Improved multiplayer back reflectors and nc-Si low-bandgap sub-cells for a-Si multijunction solar cells 287.8 72 Transport, Interfaces and Modeling in a-Si:H-based solar cells Characterization of advanced amorphoussiliconmaterialsandPV 84 0 devices Thin–film Si solar cells on low-cost substrates 48.5 0 Understanding the structural and chemical basis of chalcopyrite solar 56.9 0 cells Structure of silicon-based thin-film solar cell materials Thin-film crystalline Si solar cells on ceramic substrates Advanced deposition techniques for microcrystalline silicon solar cells and modules Narrow-gap, high-efficiency solar cells and tandem-junction a-Si:H- based devices High-efficiency, narrow-gap, and tandem-junction devices Liquid-phase deposition of α-CIS thin layers Module reliability testing in hot and humid climate Process R&D for CIS-based thin- film PV Research leading to high-throughput processingofthin-filmCdTePV 847 847 technology 39.3 0 809 814 165 71.7 96.9 34.7 116.3 0 68.7 0 70 National Institute of Standards and Technology Alan Gallagher Boulder, CO alang@jila.colorado.edu Measurement of depositing and bombarding species in the plasma deposition of a-Si:H and a-SiGe:H cells 140 0 853 853 Tolerance of three-stage CIGS depositiontovariationsimposedby 325 325 roll-to-roll processing Advanced CIGS photovoltaic technology 807 242PDF Image | FY 2004 ANNUAL REPORT DOE Solar
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