钒酸盐类光催化剂的研究进展
범산염류광최화제적연구진전
Research and Development of the Vanadate Photocatalysts
  • 万方数据
    硅酸盐通报 규산염통보
    BULLETIN OF THE CHINESE CERAMIC SOCIETY
    2009年 6期 1220-1224,1234 ,共6页

    刘晔%戴长虹%马峻峰%宋祖伟%孙勇%房晶瑞%赵金刚%孙霞%高敞%刘振森

    류엽%대장홍%마준봉%송조위%손용%방정서%조금강%손하%고창%류진삼

    钒酸盐%光催化剂%合成%改性%光催化活性 釩痠鹽%光催化劑%閤成%改性%光催化活性
    범산염%광최화제%합성%개성%광최화활성
    vanadate%photocatalyst%synthesis%modification%photocatalytic activity
    金属钒酸盐主要应用于荧光材料、激光材料和可充电锂电池阴极材料的制备;近来,作为一类新型高活性光催化剂,已引起人们普遍关注,但相关研究报道较少.本文综述了BiVO_4、InVO_4、Ag_3VO_4、FeVO_4等钒酸盐类光催化剂的合成与改性方法,分析比较了不同条件下催化剂的光催化活性,指出了该研究领域中需要解决的一些问题.
    금속범산염주요응용우형광재료、격광재료화가충전리전지음겁재료적제비;근래,작위일류신형고활성광최화제,이인기인문보편관주,단상관연구보도교소.본문종술료BiVO_4、InVO_4、Ag_3VO_4、FeVO_4등범산염류광최화제적합성여개성방법,분석비교료불동조건하최화제적광최화활성,지출료해연구영역중수요해결적일사문제.
    Metal vanadates were mainly used as photoluminescence materials, laser materials, cathode materials for rechargeable lithium batteries, recently. As a new photocatalystthey, they have attracted much attention. In this paper, the synthesis and modification of the vanadate photocatalysts including BiVO_4,InVO_4,Ag_3VO_4 and FeVO_4 were briefly reviewed. Meanwhile, the photocatalytic activity of photocatalyst under different conditions were analyzed and discussed. In addition, the problems which need to be solved were proposed.
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