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Chemical Engineering,2009,116(3):16 日本新能源及工业技术开发机构(NEDO)的研究人员在东京大学Kazuhito Hashimoto教授的领导下,开发了一种在可见光下分解VOCs的活性比现有催化剂更强的光催化剂。该催化剂是一种铜负载的氧化钨。已证实该催化剂在可见光下将气态异丙醇分解为CO_2和水的效率比传统的氮掺杂TiO_2高15.8倍。与Hashimoto教授开发的另一种
Chemical Engineering, 2009, 116 (3): 16 Researchers at Japan’s New Energy and Industrial Technology Development Agency (NEDO), under the leadership of Professor Kazuhito Hashimoto of the University of Tokyo, have developed a system that decomposes VOCs under visible light more efficiently than existing catalysts Stronger photocatalyst. The catalyst is a copper-supported tungsten oxide. It has been demonstrated that the catalyst decomposes gaseous isopropanol to CO 2 and water 15.8 times more efficiently than conventional nitrogen-doped TiO 2 in visible light. Another developed with Professor Hashimoto