简介概要

Recent advances in rare-earth elements modification of inorganic semiconductorbased photocatalysts for efficient solar energy conversion: A review

来源期刊:Journal of Rare Earths2015年第5期

论文作者:于耀光 陈刚 周彦松 韩钟慧

文章页码:453 - 462

摘    要:This review focused on rare-earth elements containing inorganic semiconductor photocatalysts for efficient solar energy conversion. We also summarized the recent progress in the modification of the transition metal oxides and mixed oxides with rare earth ions. In the first section, we surveyed a variety of rare-earth elements modified Ti O2 photocatalysts. Attributed to the modification with rare-earth elements, phase transformation of Ti O2 from anatase to rutile was inhibited. Furthermore, the light-absorbing property of the Ti O2 modified with rare-earth elements was also enhanced. In the second section, we summarized the effects of rare-earth elements on the modification of transition metal mixed oxides. It was believed that the corner-shared octahedral units in the form of networks, chains and slabs within the mixed oxide lattice were essential for the enhancement of the photocatalytic activity. In the last section, the strategy for the design of NIR or IR response upconversion composite photocatalysts was also discussed.

详情信息展示

Recent advances in rare-earth elements modification of inorganic semiconductorbased photocatalysts for efficient solar energy conversion: A review

于耀光,陈刚,周彦松,韩钟慧

Department of Chemistry Harbin Institute of Technology

摘 要:This review focused on rare-earth elements containing inorganic semiconductor photocatalysts for efficient solar energy conversion. We also summarized the recent progress in the modification of the transition metal oxides and mixed oxides with rare earth ions. In the first section, we surveyed a variety of rare-earth elements modified Ti O2 photocatalysts. Attributed to the modification with rare-earth elements, phase transformation of Ti O2 from anatase to rutile was inhibited. Furthermore, the light-absorbing property of the Ti O2 modified with rare-earth elements was also enhanced. In the second section, we summarized the effects of rare-earth elements on the modification of transition metal mixed oxides. It was believed that the corner-shared octahedral units in the form of networks, chains and slabs within the mixed oxide lattice were essential for the enhancement of the photocatalytic activity. In the last section, the strategy for the design of NIR or IR response upconversion composite photocatalysts was also discussed.

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