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中文摘要：
为提高催化剂比表面积、结晶度及光量子效率，本研究首次通过固相反应法、水热合成法和溶胶-凝胶法制备Gd2MSbO7(M=Bi,Y,Yb)(GMS);首次制备聚苯胺-GMS和聚噻吩-GMS复合催化剂；首次制备GMS－沸石复合催化剂;通过优化制备工艺完善催化剂的结晶度;首次制备GMS表面负载辅助催化剂的新型复合催化剂;首次制备多层碳纳米管-GMS-聚丙烯腈复合纳米纤维;利用GMS制备新型光电极;对上述新型催化剂进行物理和化学性能表征。利用上述新型催化剂,可见光作用下,进行光催化降解难于生物降解的有机污染物实验，旨在改善光催化降解水体中微囊藻毒素、毒死蜱和甲基对硫磷的效率。重点研究在目标污染物降解过程中,沸石、聚苯胺、聚噻吩、多层碳纳米管、GMS、可见光和有机污染物的协同作用机制及其降解效果的影响因素,探讨上述新型催化剂的微观结构、光学特性与光催化效率之间的关系,鉴定中间产物并获得有机物降解路径。
结论摘要：
英文主题词Gd2MSbO7 (M=Bi, Y,Yb)；polyaniline；zeolite；visible light；organic pollutants
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