Synthesis of Mo-doped WO3 nanosheets with enhanced visible-light-driven photocatalytic properties

Ion doping provides a powerful means for the fabrication of a functionalized photocatalyst that is both active and stable. Herein, a series of Mo-doped monoclinic WO 3 photocatalysts, in the form of well-shaped 2-dimension (2D) rectangular nanosheets, was successfully synthesized via a simple hydrot...

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Main Authors: Li, Naixu, Teng, Hongcheng, Zhang, Li, Zhou, Jiancheng, Liu, Maochang
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Teng, Hongcheng
Zhang, Li
Zhou, Jiancheng
Liu, Maochang
description Ion doping provides a powerful means for the fabrication of a functionalized photocatalyst that is both active and stable. Herein, a series of Mo-doped monoclinic WO 3 photocatalysts, in the form of well-shaped 2-dimension (2D) rectangular nanosheets, was successfully synthesized via a simple hydrothermal process. It is assumed that Mo was homogeneously doped into the crystal lattice of WO 3 . In addition to the 2D structure beneficial for charge transfer, Mo doping altered the band structure of WO 3 , enabling further improvement of the photocatalytic activity on rhodamine B degradation over the nanosheets. Ion doping provides a powerful means for the fabrication of a functionalized photocatalyst that is both active and stable.
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title Synthesis of Mo-doped WO3 nanosheets with enhanced visible-light-driven photocatalytic properties
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