Article ID Journal Published Year Pages File Type
6601333 Electrochemistry Communications 2014 4 Pages PDF
Abstract
Simultaneous growth of 1D/3D-nanorod/nanoflower like structures of TiO2 without significant change in their surface oxidation states (Ti3 + and Ti4 +) had better capabilities for light harvesting in DSSC to achieve higher sensitivity.
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Physical Sciences and Engineering Chemical Engineering Chemical Engineering (General)
Preview
Simultaneous growth of rutile TiO2 as 1D/3D nanorod/nanoflower on FTO in one-step process enhances electrochemical response of photoanode in DSSC
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