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design, synthesis and characterization of zeolites and：设计，和表征沸石的合成

design, synthesis and characterization of zeolites and：设计，和表征沸石的合成

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页数：17页

时间：2019-03-05

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1、STUDYANDDEVELOPMENTOFIMMOBILIZEDANDCOMBINATEPHOTOCATALYSTSFORORGANICDEGRADATIONSSYNPOSISSubmittedtoOsmaniaUniversityfortheDoctorofPhilosophyinChemistrybyM.Noorjahan,M.ScInorganicandPhysicalChemistryDivisionIndianInstituteofChemicalTechnologyHyderabad-500007,IndiaFebruary,2006STUDYANDDEVELOPMEN

2、TOFIMMOBILIZEDANDCOMBINATEPHOTOCATALYSTSFORORGANICDEGRADATIONSChapterIIntroductionChapterIIExperimentalChapterIIIAdvancedOxidationProcessesSectionA:(i)PhotochemicaldegradationofH-acidbyUV                                            andUV+H2O2(ii)TiO2-PhotocatalyticdegradationofH-acidSectionB:Ti

3、O2-PhotocatalyticdegradationofOrange-GChapterIVTiO2/Zeolitecombinates:PhotocatalyticdegradationsSectionA:TiO2/HZSM-5combinatephotocatalysts  SectionB:TiO2-AcrylicemulsionandTiO2/Zeolite-                                        Acrylicemulsion photocatalystfilmsChapterVTiO2/Mesoporouscombinates:

4、PhotocatalyticdegradationsChapterVIHeterogenizedPhoto-FentonProcess:Fe(III)-HYChapterVIIConclusionsSTUDYANDDEVELOPMENTOFIMMOBILIZEDANDCOMBINATEPHOTOCATALYSTSFORORGANICDEGRADATIONSTheenvironmentalconcernandregulationshaveincreasedawarenessinthepublic,politicalandeconomicalworldoverthelasttwodec

5、ades,becauseofthequalityoflifeisstronglyconnectedtocleanenvironment.Theimpulsefordevelopingnew,efficientandselectivecatalystsaswellasforthedevelopmentofnewprocessisstronglyrelatedtoenvironmentalprotection.Theapplicationsofphotonbasedsciencesandtechnologiesaresignificantandpromisingfortheconver

6、sionofvastandlimitlessresourcesofsolarenergyintoclean,safeandefficientchemicalenergyfortheabatementofenvironmentaldecontamination.Thetermphotocatalysisconsistsofthecombinationofphotochemistryandcatalysis,whichimpliesthatlightandcatalystsarenecessarytobringaboutachemicaltransformation.Heterogen

7、eoussemiconductorsurfacesprovideafixedenvironmenttoinfluencethechemicalreactivityofwiderangeofadsorbatesleadingtosimultaneousoxidationandreductionreactionsonthecatalystsurface.Scientificstudiesonthephotocatalysisstartedaboutthreedecades

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