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Sulfides / Energy conversion / Semiconductor devices / Ultraviolet radiation / Photodiode / Copper indium gallium selenide / Thin film solar cell / Photovoltaics / Reference electrode / Chemistry / Solar cells / CZTS


Towards Sustainable Photovoltaic Solar Energy Conversion: Studies Of New Absorber Materials L.M. Petera, J.J. Scragga, A. Løkena and P.J. Daleb a b
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Document Date: 2010-03-02 14:57:50


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City

Barcelona / Bath / Oxford / /

Company

SUPERGEN / APEX / Philips / Thin Solid Films / /

Country

Luxembourg / Spain / /

Facility

University of Bath / /

IndustryTerm

metal / electricity / energy consumption / photovoltaic devices / onset energy / terrestrial solar energy conversion / thin film photovoltaic devices / metal precursor films / conventional chemical bath / larger area devices / minority carrier diffusion length / conventional electricity generation / low energy manufacturing / minority carrier / alkaline solution / chemical bath / photovoltaic solar energy conversion / metal salts / energy / /

MarketIndex

set 2020 / /

Organization

University of Bath / European Union / Stanford / UK Engineering and Physical Sciences Research Council / Department of Chemistry / characterized using a Eu / /

Person

Guillaume Zoppi / Ian Forbes / /

RadioStation

AM 1.5 / /

Technology

semiconductor / thin film PV technologies / X-ray / spectroscopy / radio frequency / Electrochemistry / /

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