铁离子掺杂TiO2 的制备及其光催化性能
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荆倩, 曹晗, 刘方园, 郗会娟, 李超祥, 邵韵航, 曹美文, 夏永清, 王生杰
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Preparation and Photocatalytic Property of Iron-doped Titanium Dioxide Nanomaterials
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JING Qian, CAO Han, LIU Fangyuan, XI Huijuan, LI Chaoxiang, SHAO Yunhang, CAO Meiwen, XIA Yongqing, WANG Shengjie
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表3 TiO2光催化剂降解模型污染物近期研究结果的比较
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Table 3 Comparison of recent research results on degradation model of pollutants by TiO2 photocatalyst
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| Materials | Model Pollutant | Light source | Photocatalytic degradation measure |
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| Fe-TiO2(this work) | RhB Mb | 300 W Xe lamp(>400 nm) | 90% degradation after 3 h | | N-TiO2[37] | RhB | 350 W Xe lamp (≥420 nm) | 90.3% degradation after 2 h | | XFJ-Co-TPP-TiO2[38] | RhB | 150 W Xe lamp | 90% degradation after 1 h | | MB | | 90% degradation after 2 h | | Fe-TiO2[39] | RhB | 240 W tungsten bulb | 70% degradation after 1.5 h | | Fe-S/TiO2[40] | MB | 40 W LED lamp | 90% degradation after 2 h | | Fe-Ti/SF[41] | MB | 300 W Xe lamp | 94.2% degradation after 2 h |
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