id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_nh6xlyyq5nbtpbzw7hfesjxzcq	Anthony J. Miller	Water-soluble multiwall-carbon-nanotube-polythiophene composite for bilayer photovoltaics	2006	3	.pdf	application/pdf	2350	224	65	A water-soluble acid oxidized multiwall carbon nanotube �o-MWCNTs�-polythiophene composite increase in power conversion efficiency as compared to cells without o-MWCNTs. Crucially o-MWCNTs are incorporated into the cell structure using an environmentally compatible solvent o-MWCNTs facilitate the extraction of positive charge carriers, reducing cell series resistance and increasing cell fill efficiency as compared to cells without o-MWCNTs. Importantly, water is used as the solvent to process the nanocomposite which greatly increases the environmental compatibility of the fabrication process. PTEBS/o-MWCNTs composite films is comparable for all PTEBS/o-MWCNTs composite between 200 – 1200 nm are o-MWCNTs dispersed within the PTEBS donor layer. Inclusion of o-MWCNTs within the device structure improves cell o-MWCNTs results from a reduction in cell series resistance, changed upon incorporation of o-MWCNTs into the PTEBS cells incorporating o-MWCNTs is actually slightly increased. PTEBS:o-MWCNT/C60 photovoltaic device based on UPS solar cells using an o-MWCNTs:PTEBS nanocomposite donor layer and C60 acceptor layer.	./cache/work_nh6xlyyq5nbtpbzw7hfesjxzcq.pdf	./txt/work_nh6xlyyq5nbtpbzw7hfesjxzcq.txt