广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2012年
5期
10-12,20
,共4页
殷婷婷%王国宏%韩德艳%徐凛%陈晨%陈泳洲
慇婷婷%王國宏%韓德豔%徐凜%陳晨%陳泳洲
은정정%왕국굉%한덕염%서름%진신%진영주
纳米%二氧化钛%水热法%研究进展
納米%二氧化鈦%水熱法%研究進展
납미%이양화태%수열법%연구진전
nano%titania%hydrothermal synthesis%research progress
纳米二氧化钛是一种性质稳定、催化效率高、无毒、无污染的高性能光催化剂。文章简述了水热反应的原理及其特点,介绍了影响水热反应的主要因素,综述了水热法制备纳米二氧化钛的研究新进展,并对水热法在纳米二氧化钛制备中的发展前景进行了展望。
納米二氧化鈦是一種性質穩定、催化效率高、無毒、無汙染的高性能光催化劑。文章簡述瞭水熱反應的原理及其特點,介紹瞭影響水熱反應的主要因素,綜述瞭水熱法製備納米二氧化鈦的研究新進展,併對水熱法在納米二氧化鈦製備中的髮展前景進行瞭展望。
납미이양화태시일충성질은정、최화효솔고、무독、무오염적고성능광최화제。문장간술료수열반응적원리급기특점,개소료영향수열반응적주요인소,종술료수열법제비납미이양화태적연구신진전,병대수열법재납미이양화태제비중적발전전경진행료전망。
Nano-TiO2 photocatalyst was proved to have excellent performance due to its highly chemical stability,highly photocatalytic efficiency and no pollution to the enviroment.Mechanism and characteristics of hydrothermal synthesis were briefly introduced,and the influential factors were also reviewed.Research progress of hydrothermal method for preparation of nano-titania materials were summarized and the prospect of hydrothermal method in the future was discussed.
