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- W2133263973 abstract "A facile and low-temperature (125 °C) solution-processed Al-doped ZnO (AZO) buffer layer functioning very effectively as electron accepting/hole blocking layer for a wide range of polymer:fullerene bulk heterojunction systems, yielding power conversion efficiency in excess of 10% (8%) on glass (plastic) substrates is described. The ammonia-treatment of the aqueous AZO nanoparticle solution produces compact, crystalline, and smooth thin films, which retain the aluminum doping, and eliminates/reduces the native defects by nitrogen incorporation, making them good electron transporters and energetically matched with the fullerene acceptor. It is demonstrated that highly efficient solar cells can be achieved without the need for additional surface chemical modifications of the buffer layer, which is a common requirement for many metal oxide buffer layers to yield efficient solar cells. Also highly efficient solar cells are achieved with thick AZO films (>50 nm), highlighting the suitability of this material for roll-to-roll coating. Preliminary results on the applicability of AZO as electron injection layer in F8BT-based polymer light emitting diode are also presented." @default.
- W2133263973 created "2016-06-24" @default.
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- W2133263973 date "2015-04-22" @default.
- W2133263973 modified "2023-10-16" @default.
- W2133263973 title "Polymer Solar Cells with Efficiency >10% Enabled via a Facile Solution-Processed Al-Doped ZnO Electron Transporting Layer" @default.
- W2133263973 cites W1938966388 @default.
- W2133263973 cites W1965282967 @default.
- W2133263973 cites W1967086187 @default.
- W2133263973 cites W1969113445 @default.
- W2133263973 cites W1971571759 @default.
- W2133263973 cites W1971738258 @default.
- W2133263973 cites W1978166129 @default.
- W2133263973 cites W1978191426 @default.
- W2133263973 cites W1980165913 @default.
- W2133263973 cites W1981822111 @default.
- W2133263973 cites W1981934547 @default.
- W2133263973 cites W1983751109 @default.
- W2133263973 cites W1990062956 @default.
- W2133263973 cites W1993934823 @default.
- W2133263973 cites W1994277498 @default.
- W2133263973 cites W1999727578 @default.
- W2133263973 cites W2000076338 @default.
- W2133263973 cites W2001617292 @default.
- W2133263973 cites W2004907704 @default.
- W2133263973 cites W2005750289 @default.
- W2133263973 cites W2007819618 @default.
- W2133263973 cites W2010040326 @default.
- W2133263973 cites W2012544817 @default.
- W2133263973 cites W2022745239 @default.
- W2133263973 cites W2031341289 @default.
- W2133263973 cites W2034517583 @default.
- W2133263973 cites W2037939680 @default.
- W2133263973 cites W2038440160 @default.
- W2133263973 cites W2038525620 @default.
- W2133263973 cites W2039618794 @default.
- W2133263973 cites W2043001126 @default.
- W2133263973 cites W2046917285 @default.
- W2133263973 cites W2047101395 @default.
- W2133263973 cites W2049506474 @default.
- W2133263973 cites W2049575788 @default.
- W2133263973 cites W2050892587 @default.
- W2133263973 cites W2051431812 @default.
- W2133263973 cites W2051432897 @default.
- W2133263973 cites W2052056057 @default.
- W2133263973 cites W2054179551 @default.
- W2133263973 cites W2054464873 @default.
- W2133263973 cites W2055966010 @default.
- W2133263973 cites W2057044545 @default.
- W2133263973 cites W2059602067 @default.
- W2133263973 cites W2060009161 @default.
- W2133263973 cites W2061654350 @default.
- W2133263973 cites W2063650526 @default.
- W2133263973 cites W2066939898 @default.
- W2133263973 cites W2073601168 @default.
- W2133263973 cites W2075547595 @default.
- W2133263973 cites W2078130697 @default.
- W2133263973 cites W2078812062 @default.
- W2133263973 cites W2080015622 @default.
- W2133263973 cites W2091970602 @default.
- W2133263973 cites W2096741843 @default.
- W2133263973 cites W2099414072 @default.
- W2133263973 cites W2105457180 @default.
- W2133263973 cites W2107755143 @default.
- W2133263973 cites W2111476026 @default.
- W2133263973 cites W2112236796 @default.
- W2133263973 cites W2121747559 @default.
- W2133263973 cites W2123711607 @default.
- W2133263973 cites W2124783718 @default.
- W2133263973 cites W2125686422 @default.
- W2133263973 cites W2132075567 @default.
- W2133263973 cites W2133583369 @default.
- W2133263973 cites W2134190281 @default.
- W2133263973 cites W2135425722 @default.
- W2133263973 cites W2167611795 @default.
- W2133263973 cites W2315690056 @default.
- W2133263973 cites W2317347903 @default.
- W2133263973 cites W2321963176 @default.
- W2133263973 cites W2327500914 @default.
- W2133263973 cites W2335616050 @default.
- W2133263973 cites W2800222852 @default.
- W2133263973 doi "https://doi.org/10.1002/aenm.201500204" @default.
- W2133263973 hasPublicationYear "2015" @default.
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