基金Supported by National Natural Science Foundation of China(No.20675031,50672020)Science and Technology Commission of Shanghai Municipality(No.06PJ14032,No.0552nm042)
基金Supported by National Nature Science Foundation of China(No.60477003)Science and Technology Committee of Shanghai(No.0552nm006,No.0652nm033)+3 种基金Project of Key Laboratory of Advanced Display and System Applications(Shanghai University) Ministry of Education,China(No.P200503)Shanghai Pujiang Program(No.05PJ14320)Key Project of Photonic Technology(No.06DZ11404)Development Program of High Technology and Innovation of Shanghai Economic Committee Key Project of Expro Panel(No.05dz05803)
基金Supported by Shanghai Science Technology Committee ( No .0552nm006 , No .0652nm033 , No .05PJ14320 , No .06DZ11404 , No . 50672026 ,No . 05DZ05803) Development Program of High Technology and Innovation of Shanghai Economic Committee Project of Key Laboratory of Advanced Display and System Applications (Shang-hai University),Ministry of Education(No .P200503)
基金Supported by National Nature Science Foundation of China ( No .60477003) Projects fromthe Shanghai ScienceTechnology Committee (No .0552nm006 , No .0652nm033) +3 种基金Shanghai Pujiang Program ( No .05PJ14320) KeyProject of Photonic Technology (No .06DZ11404) Development Program of High Technology and Innovation ofShanghai Economic Committee Key Project of EXPO Plan ( No .05dz05803) Project of Key Laboratory ofAdvanced Display and System Applications (Shanghai University ) Ministry of Education ,China(No .P200503)
基金Supported by Shanghai Science Technology Committee(No.0652nm033)Key Project of EXPO Plan(No.05dz05803)National Nature Science Foundation of China(No.60477003)
基金Supported by National Nature Science Foundation of China(No.60477003)Projects fromthe Shanghai Science Technology Committee(No.0552nm006,No.0652nm033)+3 种基金Shanghai Pujiang Program(05PJ14320)Key Project of Photonic Technology(No.06DZ11404)Development Program of High Technology and Innovation of Shanghai Economic Committee Key Project of EXPO Plan(No.05dz05803)Project of Key Laboratory of Advanced Display and System Applications(Shanghai University) Ministry of Education,China(No.P200503)
文摘以五水硝酸铋、碘化钾、MIL-125(Ti)为原料,以乙二醇为溶剂,以柠檬酸为结构诱导剂,通过一步共沉淀法制备了异质结结构光催化剂MIL-125(Ti)/BiOI,并测试了该催化剂在可见光下对有机染料罗丹明B的光催化降解效果.通过XRD(X-ray Diffraction)、PL(Photolumiscence)、SEM (Scanning Electron Microscope)、BET和UV-Vis (Ultraviolet and Visible Spectrophotometer)等表征手段研究了其结构、形貌、光谱与催化性能间的关系,并从能带结构上分析了其催化机理.结果表明,通过调节Ti:Bi, MIL-125(Ti)/BiOI在可见光照射下对有机染料罗丹明B有很好的光催化降解效果,并且该催化剂具有良好的稳定性,具有一定的工业化应用前景.
基金Supported by Foundations of Pujiang Talented Person Plans(No.05PJ14037)Nanotechnology of Shanghai Municipal Science & Technology Committee(No.0552nm042)Shanghai-Applied Materials Research and Development fund(No.0519)
