Abstract
The average particle coordination number, one of the charactersconcerning the pore size distribution in the films, was introduced indye-sensitized solar cell (DSC) modules with the size of 15 cm ×20 cm and the active area of 187.2 cm2 to estimate theperformance of a TiO2 nanoporous film, which is critical to thefuture DSC production. The current–voltage measurement of the DSCmodules indicates that the average particle coordination number in therange of 4–5 typically appears in nanocrystalline TiO2 films usedin the DSC modules and that the average coordination number couldprovide a very valuable way to evaluate the performance of nanoporousTiO2 films.
Published Version
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