广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2012年
15期
15-16
,共2页
光降解催化剂%载体%分类%负载方法
光降解催化劑%載體%分類%負載方法
광강해최화제%재체%분류%부재방법
photocatalyst%supporter%classification%loading method
TiO2负载型光降解催化剂由于光催化性强、无毒、无污染且易于回收利用而备受青睐。目前,寻找合适的载体、探索高效的负载方法及提高催化剂的催化效率是实现光催化技术工业化应用的关键。本文介绍了载体的种类及特点,概述了负载方法的研究进展,并总结了目前光催化降解技术的研究方向。
TiO2負載型光降解催化劑由于光催化性彊、無毒、無汙染且易于迴收利用而備受青睞。目前,尋找閤適的載體、探索高效的負載方法及提高催化劑的催化效率是實現光催化技術工業化應用的關鍵。本文介紹瞭載體的種類及特點,概述瞭負載方法的研究進展,併總結瞭目前光催化降解技術的研究方嚮。
TiO2부재형광강해최화제유우광최화성강、무독、무오염차역우회수이용이비수청래。목전,심조합괄적재체、탐색고효적부재방법급제고최화제적최화효솔시실현광최화기술공업화응용적관건。본문개소료재체적충류급특점,개술료부재방법적연구진전,병총결료목전광최화강해기술적연구방향。
The loaded TiO2 photocatalysts were appreciated because of high photocatalysis,innoxiousion,and non-pollution.The key of realizing industrialized application in photocatalysis techonology was to find proper supporter,search highly-effective loading method and increase its photocatalysis.The classification and characteristic of supporters were introduced.The loading method progress was sketched.The future trend of research in present photodegradation techonology was summarized.
