广州化工
廣州化工
엄주화공
Guangzhou Chemical Industry
2015年
17期
16-17
,共2页
光催化%MCM-41%降解%研究进展
光催化%MCM-41%降解%研究進展
광최화%MCM-41%강해%연구진전
photocatalysis%MCM-41%degradation%research progress
MCM-41作为一种介孔材料，由于具有高的表面，大的孔径，而负载不同的光催化剂，目前已经在印染废水、生活污水处理等方面取得了显著成就。本文对光催化剂的反应机理及近年来MCM-41负载的光催化剂的应用进展作了简要综述，并分别就MCM-41负载的单一组分催化剂、复合组份催化剂以及MCM-41改性后负载的光催化剂的应用来说明最近的研究进展。
MCM-41作為一種介孔材料，由于具有高的錶麵，大的孔徑，而負載不同的光催化劑，目前已經在印染廢水、生活汙水處理等方麵取得瞭顯著成就。本文對光催化劑的反應機理及近年來MCM-41負載的光催化劑的應用進展作瞭簡要綜述，併分彆就MCM-41負載的單一組分催化劑、複閤組份催化劑以及MCM-41改性後負載的光催化劑的應用來說明最近的研究進展。
MCM-41작위일충개공재료，유우구유고적표면，대적공경，이부재불동적광최화제，목전이경재인염폐수、생활오수처리등방면취득료현저성취。본문대광최화제적반응궤리급근년래MCM-41부재적광최화제적응용진전작료간요종술，병분별취MCM-41부재적단일조분최화제、복합조빈최화제이급MCM-41개성후부재적광최화제적응용래설명최근적연구진전。
Mesoporous silica ( MCM-41 ) can be used to support different photocatalysts, for its high surface area and mesoporosity. Remarkable achievement has been made on the treatment of printing and dyeing wastewater. The reaction mechanism of photocatalysts and applications of photocatalysts supported on MCM-41 in recent years were briefly summarized. The application of both one-component photocatalyst and multiple component ones supported on MCM-41 was studied. Moreover, photocatalyst supported on modified MCM-41 was also mentioned.
