催化氧化法及其在工业废水处理中的应用

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12Fen-ton2.1FentonFenton1894FentonFentonFentonFentonFenton2.2FentonTiO22.3CWAO70TiO2TrO2MnFeCoNiWCuAgAu2.420043659DOI:10.16317/j.cnki.12-1377/x.2016.01.046[13]3XRDXPSXAFS[1],,,.[J].,2010,20(5):66-67.[2].__[D].,2010.[3].[D].,2009.[4],,.[J].,2003,19(2):48-52.[5].[D].,2002.[6]PichtelJ,BradwayDJ.ConventionalcropsandorganicamendmentsforPb,CdandZntreatmentataseverelycontaminatedsite[J].Biore-sourceTechnology,2008,99:1242-1251.[7]NarwalRP,SinghBR.Effectoforganicmaterialsonpartitioning,extractabilityandplantuptakeofmetalsinanalumshalesoil[J].Water,AirandSoilPollution,1998,103:405-421.[8]ZizhongZhang,MengyanLi,WeiChen,etal.Immobilizationofleadandcadmiumfromaqu-eoussolutionandcontaminatedsedimentus-ingnano-hydroxyapatite[J].EnvironmentalPollution,2010,158:514-519.[9]CaoXR,MaLQ,ChenM,etal.Phosphate-inducedmetalimmobi-lizationinacontaminatedsite[J].EnvironPoll,2003,122:19-28.[10]JurateKumpiene,AndersLagerkvist,ChristianMaurice.Stabiliza-tionofAs,Cr,Cu,PbandZninsoilusingamendmentsAreview[J].WasteManagement,2008,28:215-225.[11],,,.[J].,2005,25(9):1189-1194.[12].___[D].,2010.[13],,.[J].,2002,11(4):348-351.1232.5CoMnSO43[1].[J].,2011.(01):63-68.[2].[J].,2013.(04):39-44.[3],[J].,2013.(02):34-36.[4].[J].,2012.(05):471-474.[5].[J].,2014.(05):88-91.[6].[J].,2012.(01):97-110.5460

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