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Amorphous silicon / Solar cell / Dangling bond / Nanocrystalline silicon / Electron mobility / Hydrogen / Silane / Multijunction photovoltaic cell / X-ray photoelectron spectroscopy / Chemistry / Silicon / Staebler–Wronski effect


Document Date: 2004-04-05 04:10:30

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San Francisco / Warsaw / Tsukuba / /

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Branz / Ge / Electrotechnical Laboratory / Fedders / /

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Poland / Japan / United States / /

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pence / /

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University of Science / A. KO£ODZIEJ* Institute of Electronics / Electrotechnical Laboratory / /

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eV saddle point energy / energy barrier / mobility-lifetime product / energy scale / law frequency dielectric constant / level energy ordering / defect formation energy / energy level / mntn product / silicon-hydrogen network / transport energy / energy barriers / carrier collection / hydrogen energy states / energy spectrum / non-radiative energy release / law hydrogen content / hydrogen site / defect energy ordering scheme / hydrogen energy level / energy / plasma-enhanced chemical vapour deposition / correlation energy / silane-processing gas / photovoltaic devices / µt-product / negative effective correlation energy / measured defect level energy ordering / system free energy / eV energy / defect energy ordering / materials and devices / potential energy / electron correlation energy / lower binding energy / negative correlation energy / defect-formation energy / less energy / positive correlation energy / energy level ordering scheme / energy relationship / activation energy / energy distribution / silicon network / e-h / /

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Fermi / /

Organization

University of Science and Technology / A. KO£ODZIEJ* Institute of Electronics / /

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author / /

Technology

X-ray / microwave / thermodynamics / dielectric / spectroscopy / recombination / /

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