Dually Ordered Porous TiO2-rGO Composites with Controllable Light Absorption Properties for Efficient Solar Energy Conversion
Author(s)
Yang, Yu
Jin, Quan
Mao, Dan
Qi, Jian
Wei, Yanze
Yu, Ranbo
Li, Anran
Li, Shuzhou
Zhao, Huijun
Ma, Yanwen
Wang, Lianhui
Hu, Wenping
Wang, Dan
Griffith University Author(s)
Year published
2017
Metadata
Show full item recordAbstract
Quadruple-layered TiO2 films with controllable macropore size are prepared via a confinement self-assembly method. The inverse opal structure with ordered mesoporous (IOM) presents unique light reflection and scattering ability with different wavelengths. Cyan light (400–600 nm) is reflected and scattered by IOM-195, which is in accord with N719 absorption spectra. By manipulating the macropore size, different light responses are obtained.Quadruple-layered TiO2 films with controllable macropore size are prepared via a confinement self-assembly method. The inverse opal structure with ordered mesoporous (IOM) presents unique light reflection and scattering ability with different wavelengths. Cyan light (400–600 nm) is reflected and scattered by IOM-195, which is in accord with N719 absorption spectra. By manipulating the macropore size, different light responses are obtained.
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Journal Title
Advanced Materials
Volume
29
Issue
4
Subject
Physical sciences
Chemical sciences
Engineering
Composite and hybrid materials