[Author: Cen, Huoshi] AND [Keyword: Catalytic Activity] : Search

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Search name	Searched On	Run search
Keyword: Expanded Porphyrin (14)	13 Mar 2025	Run
[Author: Cen, Huoshi] AND [Keyword: Catalytic Activity] (1)	13 Mar 2025	Run
Keyword: Catalytic Activity (14)	13 Mar 2025	Run
[Author: Han, Mutian] AND [Keyword: Expanded Porphyrin] (1)	13 Mar 2025	Run
[Author: Cheng, Gang] AND [Keyword: Catalytic Activity] (1)	13 Mar 2025	Run

articleNo Access
Influence of Zn content on heterogeneous photo-Fenton catalytic performance of Zn-doped Fe₃O₄ for degradation of rhodamine B
- Huoshi Cen and
- Zhaodong Nan
Functional Materials Letters21 Jan 2019
Preview Abstract
Zn-doped Fe₃O₄ has been employed as a catalyst for the photo-Fenton process. At the present study, the influence of Zn content in the Zn-doped Fe₃O₄ on the catalytic activity for the photo-Fenton process was studied. Monodispersed Zn_xFe $_{3 - x}$ $_{3 - x}$ O₄ particles were facilely synthesized with higher surface area and several nm of diameter, where $x = 0$ $x = 0$ , 0.4 and 1.0. Rhodamine B (Rh B), as one of the positive dyes, was selected as a model pollutant. The decolorization efficiency of the Fe₃O₄ ( $x = 0$ $x = 0$ ) for Rh B reached about 90% in 120min under visible light. The Zn content increase in the Zn-doped Fe₃O₄ inhibited the Fenton process. The higher molar ratio of Fe $^{2 +}$ $^{2 +}$ to Fe $^{3 +}$ $^{3 +}$ , smaller band-gap, and more negative zeta potential of the Fe₃O₄ induced the most excellent photo-Fenton performance for the Rh B degradation.

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