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4 th Hybrid and Organic Photovoltaic Conference -Uppsala 2012 141 manufacture; producing very highly efficient cells in a short amount of time via a simple and easy method. References [1] P.J. Holliman, M.L. Davies, A. Connell, B. Vaca Velasco, T.M. Watson. "Ultra-fast sensitisation and cosensitisation for dye-sensitised solar cells". Chem. Comm., 46, 7256-7258 (2010). [2] T.M. Watson, P.J. Holliman and D. Worsley. "Rapid, continuous in situ monitoring of dye sensitisation in dyesensitized solar cells" J. Mater. Chem., 21, 4321-4325 (2011). © SEFIN 2012
4 th Hybrid and Organic Photovoltaic Conference -Uppsala 2012 142 C33 - Transparent, air-stable copper electrodes for electron-extraction in organic photovoltaics Oliver Hutter, Ross Hatton Univeristy of Warwick, University of Warwick, Coventry, 0, GB Optically thin metal films are receiving growing attention as an economically viable alternative to conducting oxide electrodes. Whilst copper is particularly attractive for this application, owing to its high electrical conductivity and relatively low cost, its susceptibility to oxidation is a serious drawback. Figure 1 We report the fabrication and properties of optically thin nano-structured copper electrodes that are resistant to oxidation in air and ozone treatment. These chemically welldefined window electrodes are employed as the electron-extracting electrode in efficient bulk heterojunction organic photovoltaics, removing the requirement for a low work function metal electrode. The science that underpins the operation of these electrodes is discussed with reference to measurements of the interfacial energetics. © SEFIN 2012
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