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• W2014392806 abstract "Mesoporous TiO2 nanoparticle films are used as photoanodes for high-efficiency dye-sensitized solar cells (DSCs). In spite of excellent photovoltaic power conversion efficiencies (PCEs) displayed by titanium dioxide nanoparticle structures, the transport rate of electrons is known to be low due to low electron mobility. So the alternate oxides, including ZnO, that possesses high electron mobility are being investigated as potential candidates for photoanodes. However, the PCE with ZnO is still lower than with TiO2, and this is typically attributed to the low internal surface area. In this work, we attempt to make a one-to-one comparison of the photovoltaic performance and the electron transfer dynamics involved in DSCs, with ZnO and TiO2 as photoanodes. Previously such comparative investigations were hampered due to the morphological differences (internal surface area, pore diameter, porosity) that exist between zinc oxide and titanium dioxide films. We circumvent this issue by depositing different thicknesses of these oxides, by atomic layer deposition (ALD), on an arbitrary mesoporous insulating template and subsequently using them as photoanodes. Our results reveal that at an optimal thickness ZnO exhibits photovoltaic performances similar to TiO2, but the internal electron transfer properties differ. The higher photogenerated electron transport rate contributed to the performances of ZnO, but in the case of TiO2, it is the low recombination rate, higher dye loading, and fast electron injection." @default.
• W2014392806 created "2016-06-24" @default.
• W2014392806 creator A5021430922 @default.
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• W2014392806 creator A5088767687 @default.
• W2014392806 date "2014-02-25" @default.
• W2014392806 modified "2023-10-14" @default.
• W2014392806 title "Analysis of Electron Transfer Properties of ZnO and TiO₂ Photoanodes for Dye-Sensitized Solar Cells" @default.
• W2014392806 cites W1906682345 @default.
• W2014392806 cites W1966634721 @default.
• W2014392806 cites W1967652077 @default.
• W2014392806 cites W1971329364 @default.
• W2014392806 cites W1972196179 @default.
• W2014392806 cites W1974105848 @default.
• W2014392806 cites W1978516293 @default.
• W2014392806 cites W1979384924 @default.
• W2014392806 cites W1980474828 @default.
• W2014392806 cites W1982064103 @default.
• W2014392806 cites W1984962131 @default.
• W2014392806 cites W1985957010 @default.
• W2014392806 cites W1986410144 @default.
• W2014392806 cites W1989845898 @default.
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• W2014392806 cites W1997180350 @default.
• W2014392806 cites W2000452909 @default.
• W2014392806 cites W2000497033 @default.
• W2014392806 cites W2001901804 @default.
• W2014392806 cites W2002572483 @default.
• W2014392806 cites W2002901356 @default.
• W2014392806 cites W2002977876 @default.
• W2014392806 cites W2005386688 @default.
• W2014392806 cites W2006409623 @default.
• W2014392806 cites W2006899770 @default.
• W2014392806 cites W2009054854 @default.
• W2014392806 cites W2012514553 @default.
• W2014392806 cites W2017588499 @default.
• W2014392806 cites W2019442418 @default.
• W2014392806 cites W2019682816 @default.
• W2014392806 cites W2023037074 @default.
• W2014392806 cites W2027253940 @default.
• W2014392806 cites W2027480508 @default.
• W2014392806 cites W2028999602 @default.
• W2014392806 cites W2029145595 @default.
• W2014392806 cites W2047603692 @default.
• W2014392806 cites W2049526916 @default.
• W2014392806 cites W2057166204 @default.
• W2014392806 cites W2057330405 @default.
• W2014392806 cites W2061294563 @default.
• W2014392806 cites W2061535118 @default.
• W2014392806 cites W2062733698 @default.
• W2014392806 cites W2064195144 @default.
• W2014392806 cites W2068574427 @default.
• W2014392806 cites W2071503210 @default.
• W2014392806 cites W2076531623 @default.
• W2014392806 cites W2078711580 @default.
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• W2014392806 doi "https://doi.org/10.1021/nn405535j" @default.
• W2014392806 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24552648" @default.
• W2014392806 hasPublicationYear "2014" @default.
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