水处理中可见光光催化剂的研究进展
수처리중가견광광최화제적연구진전
The research progress of water treatment in the visible light catalyst
  • 万方数据
    山西建筑 산서건축
    Shanxi Architecture
    2015年 31期 164-165,166 ,共3页

    彭亚洲%谢德华%任伯帜

    팽아주%사덕화%임백치

    可见光%光催化%机制%水处理 可見光%光催化%機製%水處理
    가견광%광최화%궤제%수처리
    visible light%photocatalytic%mechanism%water treatment
    鉴于可见光光催化处理水中难降解的有机污染物对于降低能源消耗有重要意义，利用元素掺杂、半导体负载、表面光敏化等方式对 TiO2光催化剂改性，从新型可见光催化材料的开发等方面阐述了水处理中可见光催化剂的研究进展，分析了可见光催化剂研究的重要性，展望了未来在该方面发展的方向。
    감우가견광광최화처리수중난강해적유궤오염물대우강저능원소모유중요의의，이용원소참잡、반도체부재、표면광민화등방식대 TiO2광최화제개성，종신형가견광최화재료적개발등방면천술료수처리중가견광최화제적연구진전，분석료가견광최화제연구적중요성，전망료미래재해방면발전적방향。
    Visible light catalytic treatment of refractory organic pollutants in water has important significance to reduce energy consumption. From element doping,semiconductor and photosensitive surface to modify the TiO2 photocatalyst and develop the new type of visible light catalytic mate-rials,which contributes to the researching progress of water treatment in the visible light catalyst. This paper also analyzes the importance of the study of catalyst used in visible light and prospects the development direction in the future.
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