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当前位置:首页 > 商业/管理/HR > 公司方案 > 二氧化钛蒙脱石复合体系及其抗菌调湿的环境特性研究
武汉理工大学硕士学位论文二氧化钛/蒙脱石复合体系及其抗菌调湿的环境特性研究姓名:熊毕华申请学位级别:硕士专业:环境工程指导教师:雷绍民20061101二氧化钛/蒙脱石复合体系及其抗菌调湿的环境特性研究作者:熊毕华学位授予单位:武汉理工大学参考文献(130条)1.ArundelAV.SterlingEM.BigginJHIndirecthealtheffectsofrelativehumidityinindoorenvironments19862.高濂.郑珊.张青红纳米氧化钛光催化材料及应用20023.申泮文.车云霞无机化学从书19984.HoffmannMR.MartinST.ChoiWYEnvironmentalapplicationsofsemiconductorphotocatalysis19955.MillsA.LeHSAnoverviewofsemiconductorphotocatalysis1997(01)6.AnpoM.ShimaT.KodamaSPhotocatalytichydrogenationofCH3CCHwithH2Oonsmall-particleTiO2:sizequantizationeffectsandreactionintermediates19877.NodaH.OikawaK.KamadaHESRspin-trappingstudyofactiveoxygenradicalsfromphotoexcitedsemiconductorsinAqueousH2O2solutions19938.季君晖.史维明抗菌材料20039.金宗哲无机抗菌材料及应用200410.MatsunagaT.TomodaR.NakajimaTPhotoelectrochemicalsterilizationofmicrobialcellsbysemiconductorpowders1985(1-2)11.徐瑞芬.佘广为.许秀艳复合涂料中纳米TiO2降解污染物和抗菌性能研究[期刊论文]-化工进展2003(11)12.付国柱.于运花.徐瑞芬.许秀艳纳米TiO2改性聚乙烯膜抗菌性能的研究[期刊论文]-工程塑料应用2003(4)13.郑华荣二氧化钛光催化口罩的研制和性能[期刊论文]-福建化工2003(4)14.钱泓.范益群.徐南平.时钧TiO2生态陶瓷的制备及其抗菌性能[期刊论文]-南京化工大学学报(自然科学版)2001(3)15.李娜.沈培康纳米TiO2/SiO2复合涂层修饰玻璃的抗菌功能研究[期刊论文]-化工新型材料2005(3)16.汪铭.丁新更.曹旭丹.杨辉不锈钢基片上制备Ag+/TiO2抗菌薄膜的研究[期刊论文]-材料科学与工程学报2003(3)17.HidakaH.HorikoshiS.AjisakaKFateofaminoacidsuponexposuretoaqueoustitaniairradiatedwithUV-AandUV-BradiationPhotocatalyzedformationofNH,3,NO,3,andco,2199718.SunadaK.'KikuchiY.HashimotoKBactericidalanddetoxificationeffectsofTiO,2thinfilmphotocatalysis199819.JacobyWA.ManessPC.WolfrumEJMineralizationofbacterialcellmassonaphotocatalyticsurfaceinair1998(17)20.ShephardGS.Stockenstr6mS.DeVilliersDPhotocatalyticdegradationofcyanobacterialmicrocystintoxinsinwater1998(12)21.RincónAG.PulgarinCBactericidalactionofilluminatedTiO,2onpureEscherichiacoliandnaturalbacterialconsortia:post-irradiationeventsinthedarkandassessmentoftheeffectivedisinfectiontime200422.HuangZ.ManessPC.BlakeDMBactericidalmodeoftitaniumdioxidephotocatalysis2000(2-3)23.IbanezJA.LitterMI.PizarroRAPhotocatalyticbactericidaleffectofTiO,2onEnterobacwrcloacae:ComparativestudywithotherGram(-)bacteria2003(01)24.SunDD.'rayJH.TanKMPhotocatalyticdegradationofE.coliforminwater2003(14)25.KfihnKP.ChabernyIE.MassholderKDisinfectionofsurfacesbyphotocatalyticoxidationwithtitaniumdioxideandUVAlight200326.WolfrumEJ.HuangJ.BlakeDMPhotocatalyticoxidationofbacteria,bacterialandfungalspores,andmodelbiofilmcomponentstocarbondioxideontitaniumdioxide-coatedsurfaces2002(15)27.KimBH.KimDH.ChoDLBactericidaleffectofTi02photocatalystonselectedfood-bornepathogenicbacteria2003(01)28.SaitoT.1waseT.HorieJModeofphotocatalyticbactericidalactionofpowderedsemiconductorTiO,2onmutantstreptococci1992(04)29.LiuHL.YangTCKPhotocatalyticinactivationofEscherichiacoliandLactobacillushelveticusbyZnOandTiO,2activatedwithultravioletlight2003(04)30.LeeJH.KangM.ChoungSJThepreparationofTi02nanometerphotocatalystfilmbyahydrothermalmethodanditssterilizationperformanceforGiardialamblia2004(03)31.LonnenJ.KilvingtonS.KehoeSCSolarandphotocatalyticdisinfectionofprotozoan,fungalandbacterialmicrobesindrinkingwater200532.StevensonM.BullockK.LinWYSonolyticenhancementofthebactericidalactivityofirradiatedtitaniumdioxidesuspensionsinwater1997(04)33.YoshinariM.OdaY.KatoTInfluenceofsurfacemodificationstotitaniumonantibacterialactivityinvitro200134.LinkousCA.CarterGJ.LocusonDBPhotocatalyticinhibitionofalgaegrowthusingTiO,2,WO,3,andcocatalystmodifications200035.KashigeN.KakitaY.NakashimaYMechanismofthephotocatalyticinactivationofLactobacilluscaseiphagePL-1bytitaniathinfilm2001(03)36.KoizumiY.TayaMKineticevaluationofbiocidalactivityoftitaniumdioxideagainstphageMS2consideringinteractionbetweenthephageandphotocatalystparticles2002(02)37.WattsRJ.KongS.OrrMPPhotocatalyticinactivationofcoliformbacteriaandvirusesinsecondarywastewaterefffluent1995(01)38.LecS.NishidaK.OtakiMPhotocatalyticinactivationofphageQBbyimmobilizedtitaniumdioxidemediatedphotocatalyst1997(11-12)39.KubotaY.HosakaM.HashimotoKApplicationofphotoexcitedTiO:particletoregionalcancertreatment:Anewapproach1995(3-4)40.SakaiH.ItoE.CaiRXIntracellularCa'2+concentrationchangeofT24cellunderirradiationinthepresenceofTiO,2ultrafineparticles1994(02)41.HuangNP.XuMH.YuanCWThestudyofthephotokillingeffectandmechanismofultrafineTiO,2particlesonU937cells199742.CaiRX.HashimotoK.ItohKPhotokillingmalignantcellswithultrafineTiO,2powder1991(04)43.LuzX.ZhouL.ZhangZLCelldamageinducedbyphotocatalysisofTiO,2thinfilms2003(21)44.BlakeDM.ManessPC.HuangZApplicationofthephotocatalyticchemistryoftitaniumdioxidetodisinfectionandthekillingofcancercells1999(01)45.ManessPC.SmolinskiS.BlakeDMBactericidalactivityofphotocatalyticTiO,2reaction:towardanunderstandingofitskillingmechanism1999(09)46.Nadtochenkoa.AGRinc6n.StancaaSEDynamicsofE.colimembranecellperoxidationduringTiO,2photocatalysis'studiedbyATR-FTIRspectroscopyandAFMmicroscopy200547.SunadaK.WaatanabeT.KazuhitoHStudiesonphotokillingofbacteriaonTiO,2thinfilm200348.Amezaga-MadfidP.Silveyra-MoralesR.Cerdoba-FierroLTEMevidenceofultrastructuralalterationonPseudomonasaeruginosabyphotoca
本文标题:二氧化钛蒙脱石复合体系及其抗菌调湿的环境特性研究
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