Thin Films for Photovoltaics (EN+TF-TuA)
Tuesday, Oct 19 2010 2:00PM, Room Pecos
Moderated by: Loren W. Rieth, University of Utah
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2:00 PMEN+TF-TuA-1Ar/H2 Plasma Treatment of a-Si:H Thin Films: On the Role of Atomic Hydrogen in µc-Si:H Thin-Film Deposition
2:20 PMEN+TF-TuA-2Spectroscopic Analysis of the Role of Hydrogen in Amorphous Silicon
2:40 PMEN+TF-TuA-3Improved Efficiency and Air Stability of Hybrid Thin Film Solar Cells with a ZnO Nanoparticle Layer
4:00 PMEN+TF-TuA-7Energy Band Alignments and Influence of Doping on Ga-doped ZnO, CuO and Si
4:20 PMEN+TF-TuA-8Growing Low-Dislocation-Density Ge on Si through Nanometer Sized Voids in Chemical Oxide and Subsequent Integration of III-V Films for Multijunction Solar Cells
4:40 PMEN+TF-TuA-9Optimizing Heterojunctions of ZnTe/ZnSe Solar Cells: Effect of Surface Treatment and Growth Conditions
5:00 PMEN+TF-TuA-10Investigation of NbSe2 as Potential High Work Function Back Contact for CdTe Solar Cells
5:20 PMEN+TF-TuA-11In-Rich InGaN Films for Efficient Photovoltaic Devices Grown by ENABLE
5:40 PMEN+TF-TuA-12Copper Oxide Thin Films: Preparation and Modulation of Semiconducting Properties by Electrochemical Methods
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