姓名:
施剑林性别:
男
专家类别:
杰青；百人；研究员；百千万人才学历:
博士研究生
电话:
无传真:
021-52413903
电子邮件:
jlshi@sunm.shcnc.ac.cn个人主页:
无
邮政编码:
200050通讯地址:
上海市定西路1295号


简历：
中国科学院上海硅酸盐研究所研究员，博士生导师，高性能陶瓷与超微结构国家重点实验室主任，华东理工大学讲座特聘教授。1983年毕业于南京工业大学，1989年于上海硅酸盐研究所获博士学位。国家杰出青年基金获得者。担任国家重大基础研究计划“信息功能陶瓷若干基础问题研究”（2002-2008）和“半封闭空间机动车排放污染物治理的关键纳米技术”（2013-2017）首席科学家，同时还承担并负责多项国家自然科学重点基金、“863”材料高技术和科学院创新方向性等多项国家与地方科研项目。曾从事先进陶瓷材料制备科学，烧结理论，结构陶瓷高温可靠性评价，现主要从事无机纳米材料，介孔与介孔基复合材料的合成及其催化性能,协同催化机理，介孔纳米材料的可控合成、多功能化以及生物相容性与药物输运，以及重大疾病早期诊断与诊治一体化用纳米复合结构等的研究。发表杂志SCI论文300余篇，他人引用7000余次，H-index为40。出版专著《现代无机非金属材料工艺学》、《先进陶瓷物理化学原理与技术》、《无机光学透明材料--透明陶瓷》三本。获国家自然科学二等奖一项（2011年度），以及上海市自然科学一等奖和科技进步一等奖各一项；中科院自然科学二等奖、上海市科技进步二等奖及中国材料学会材料科学技术二等奖各一项（均列第一），以及中国青年科技奖、中科院青年科学家奖、上海市自然科学牡丹奖等奖励。JianlinShireceivedhisBachelordegreefromNanjingUniversityofTechnologyin1983,andobtainedhisPh.Ddegreein1989inShanghaiInstituteofCeramics,ChineseAcademyofSciences.Prof.JianlinShiisafullprofessoranddirectorofStateKeyLab.ofHighPerformanceCeramcisandSuperfineMicrostructure,ShanghaiInstituteofCeramics,andaguestprofessorinEastChinaUniversityofSciencesandTechnology.Hehasonceworkedontheprocessingscienceofadvancedceramics,sinteringtheoryofadvancedceramics,hightemperaturereliabilityofstructuralceramics,andinorganicnanostructuredmaterialsin1983-1999.Hisrecentresearchinterestmainlyinclude:mesoporoussilicaandnon-silicatematerialswithcontrolledstructureandmorphology,andmagneticcore/mesoporousshellstructuresforbioapplications;biocampatibilityandbio-safetyofmesoporousnanostructure;host-guestmesoporousnanocomposites;hierarchicallymicro/mesoporouszeoliteforlargemoleculeinvolvedcatalyticapplications;synergeticcatalyticeffectsofhetergeneousmesostructurednanocompositecatalysts.Morethan300papersandthreebooks(inChinese)havebeenpublished,andthepublicationswerecitedbyothersformorethan7000timeswithanH-indexof40.

研究方向：
(1)介孔主客体、有机无机杂化复合材料及其催化、吸附性能；
(2)介孔沸石分子筛及其催化性能；
(3)介孔纳米结构材料设计及其在药物输送/靶向/控释/重大疾病早期造影诊断等方面的应用；
(4)介孔生物玻璃复合材料及其组织工程应用；
(5)新型光电功能材料的非线性光学性能研究；


职称：


职务：


社会任职：


获奖及荣誉：

代表论著：
专著:1,《现代无机非金属材料工艺学》，施剑林著,吉林科技出版社,1994(27.5万字)2,《先进陶瓷物理化学原理与技术》，高瑞平,李晓光,施剑林等著,2000,科学出版社(共33.9万字,本人13万字)3,《无机光学透明材料—透明陶瓷》，施剑林、冯涛著，2007，上海科普出版社（2007）SelectedpublicationsinEnglishI,Ceramics1)J.L.Shi,J.H.Gao,Z.X.LinandT.S.Yen,"SinteringBehaviourofFullyAgglomeratedUltrafineZirconiaPowderCompacts",J.Am.Ceram.Soc.,74[5],994-97(1991).2)J.L.Shi,Z.X.LinandT.S.Yen,"EffectofAgglomeratesinSuperfineZirconiaPowderCompactsontheMicrostructuralDevelopment",J.Mater.Sci.,28[2],342-348(1993).3)J.L.Shi,andT.S.Yen,"MechanicalPropertiesofAl₂O₃/Y-TZPCompositesandItsTougheningMechanism",J.Mater.Sci.,28[15],4019-4022(1993).4)J.L.Shi,Z.X.Lin,W.J.QianandT.S.Ten,"CharacterizationofAgglomerateStrengthofCoprecipitatedSuperfineZirconiaPowders",J.Euro.Ceram.Soc.,13[3],267-276(1994).5)J.L.Shi,L.Li,andJ.K.Guo,“BoundaryStressandItsEffectonToughnessinThinBoundaryLayeredandparticulateComposites:ModelAnalysisandExperimentalTestonY-TZP-basedCeramicsComposites”,J.Eur.Ceram.Soc.,18,2035-43(1998).6)J.L.Shi,“ThermodynamicsandDensificationKineticsinSolid-StateSinteringofCeramics”,J.Mater.Res.,14(4),1398-1408(1999).7)J.L.Shi,“RelationBetweenCoarseningandDensificationandMassTransportPathinSolidStateSinteringofCeramics:ModelAnalysis”,J.Mater.Res.,14(4),1389-1397(1999)8)J.L.Shi,“RelationBetweenCoarseningandDensificationinSolidStateSinteringofCeramics:ExperimentalTestonSuperfineZirconiaPowderCompacts”,J.Mater.Res.,14(4),1378-1388(1999)9)J.L.Shi,“SolidStateSinteringofCeramics:PoreMicrostructureModels,DensificationEquationsandApplications”,J.Mater.Sci.,34,3801-12(1999)10)J.L.Shi,Z.L.Lu,andJ.K.Guo,“ModelAnalysisofBoundaryResidualStressandItsEffectonToughnessinThinBoundary-LayeredYttria-stabilizedTetragonalZirconiaPolycrystallineCeramics”,J.Mater.Res.,2000,15(3),727-732(2000)11)J.L.Shi,“ResearchofHighTemperatureStructureCeramics:RecentProgressesinChina”,Adv.Mater.,11(13),1103-09(1999).II,Nanomaterials(non-mesoporousbased)1)YongYang,JianlinShi*,HangrongChen,ShugangDai,YeLiu,“EnhancedOff-resonantOpticalNonlinearityofAu@CdSCore-ShellNanoparticlesEmbeddedinBaTiO₃ThinFilms”,Chem.Phys.Lett.,370(1-2),1-6(2003)2)WangQG,GaoQM,ShiJL,Enhancedcatalyticactivityofhemoglobininorganicsolventsbylayeredtitanateimmobilization,JournalofTheAmericanChemicalSociety,126,14346-14347(2004)3)WenboBu,HangrongChen,ZileHua,ZhichengLiu,WeiminHuang,LingxiaZhang,andJianlinShi^*,“Surfactant-assistedsynthesisofTb(Ⅲ)-dopedceriumphosphatessingle-crystallinenanorodswithenhancedgreenemission”,AppliedPhysicsLetters,85(19),4307-09(2004).4)XiongLM,ShiJL,GuJL,etal.,Directedgrowthofwell-alignedzincsilicatenanowiresalongthechannelsofsurfactant-assembledmesoporoussilica,Small,1,1044-1047(2005)5)WenboBu,ZileHua,HnagrongCheng,JianlinShi*,“EpitaxialSynthesisofUniformCeriumPhosphateOne-DimensionalNanocableHeterostructureswithImprovedLuminescence”,J.Phys.Chem.B2005,109,14461-144646)WenboBu,YunpengXu,NaZhang,HangrongChen,ZileHua,andJianlinShi*，“ControlledConstructionofUniformPompon-ShapedMicroarchitecturesSelf-AssembledfromSingle-CrystallineLanthanumMolybdateNanoflakes”,Langmuir,2007,23,9002-90077)DechaoNiu,YongshengLi,XiaoliQiao,LiangLi,WenruZhao,HangrongChen,QiaolingZhao,ZhiMa,JianlinShi*,Afacileapproachtofabricatefunctionalizedsuperparamagneticcopolymer-silicananocompositespheres,ChemicalCommunications,37,4463-4465(2008)8)LiangLi,YingjunFeng,YongshengLi,WenruZhao,JianlinShi*,Fe3O4Core/LayeredDoubleHydroxideShellNanocomposite:VersatileMagneticMatrixforAnionicFunctionalMaterialsAngewandteChemie-InternationalEdition,48(32)5888-5892(2009)9)WenboBu,ZhenxingChen,FengChen,JianlinShi*,OleicAcid/OleylamineCooperative-ControlledCrystallizationMechanismforMonodisperseTetragonalBipyramidNaLa(MoO4)(2)NanocrystalsJournalofPhysicalChemistryC,13(28)12176-12185(2009)10)NiuDC,LiYS,MaZ,etal.PreparationofUniform,Water-Soluble,andMultifunctionalNanocompositeswithTunableSizes,AdvancedFunctionalMaterials,20,773-780(2010)11)ChenF,ZhangSJ,BuWB,etal.,A"Neck-Formation"StrategyforanAntiquenchingMagnetic/UpconversionFluorescentBimodalCancerProbe,Chemistry-AEuropeanJournal,16,11254-11260(2010)12)HuaiyongXing,WenboBu,ShengjianZhang,XiangpengZheng,MingLi,FengChen,JianlinShi,Multifunctionalnanoprobesforupconversionfluorescence,MRandCTtrimodalimagingBiomater.33(4),1079-1089(2011)13)FengChen,Bu,Wenbo,Zhang,Shengjian,Shi,Jianlin,etal.PositiveandNegativeLatticeShieldingEffectsCo-existinginGd(III)IonDopedBifunctionalUpconversionNanoprobesAdv.Funct.Mater.2011,21(22),4285-4294.(2011)III,MesoporousMaterials1)Wen-HuaZhang,Jian-LinShi*,Lian-ZhouWang,andDong-ShengYan,“PreparationandCharacterizationofZnOClustersinsideMesoporousSilica”,ChemistryofMaterials.,12(5),1408-1413(2000).2)W.H.Zhang,J.L.Shi,*H.R.Chen,Z.L.Hua,D.S.Yan,“SynthesisandCharacterizationofNano-sizedZnSConfinedinOrderedMesoporousSilica”,ChemistryofMaterials,13(2),648-654(2001).3)JianYu,Jian-LinShi*,Hang-RongChen,Ji-NaYanandDong-ShengYan,“EffectofInorganicSaltAdditionduringSynthesisonPoreStructureandHydrothermalStabilityofMesoporousSilica”,MicroporousandMesoporousMaterials46,153-62(2001)4)Zi-LeHua,Jian-LinShi*,Ling-XiaZhang,Mei-LingRuanandJi-NaYan,“FormationofNano-siedTiO₂inMesoporousSilicaThinFilm”,AdvancedMaterials,14(11),830-833(2002).5)L.X.Zhang,J.L.Shi*,J.Yu,Z.L.Hua,X.G.Zhao,M.L.Ruan,“ANewIn-situReductionRoutefortheSynthesisofPtWiresinthePoreChannelsofSBA-15MesoporousMaterials”,AdvancedMaterials,14(11),830-833(2002).6)YongshengLi,JianlinShi*,ZileHua,HangrongChen,MeilingRuanandDongshengYan,“HollwSpheresofMesoporousalumisilicateswithaThreeDimensionalPoreNetworkandExtraordinaryHydrothermallystablility”,Nano.Letters,,Vol3,No.5,609-612(2003).7)LingxiaZhang,WenhuaZhang,JianlinShi*,ZileHua,YongshengfLi,JinaYan,“ANewThioetherFunctionalizedOrganic-InorganicMesopoeousCompositeasHighlySelectiveandCapaciousHg⁺Absorbent:,ChemicalCommunications,2003,210-211.8)Hang-RongChen,Jian-LinShi,Ji-NaYan,Zi-LeHua,Hong-GuangChenandDong-ShengYan,“ANewMethodfortheSynthesisofHighlyDispersiveandCatalyticallyActivePlatinumNanoparticlesConfinedinMesoporousZirconia”AdvancedMaterials,15(13),1078-1081(2003).9)Jian-linShi*,Zi-leHuaandLing-xiaZhang,“Nanocompositesfromorderedmesoporousmaterials”,JournalofMaterialsChemistry,14(5),795-806(2004).10)LiangLi,Jian-linShi*Lin-xiaZhang,Liang-mingXiong,andJi-naYan,“Anovelandsimplein-stiureductionrouteforthesynthesisofultra-thinmetalnano-coatinginthechannelsofmesoporoussilicamaterials”,AdvancedMaterials,16(3),1079-1082(2004)11)LiangLi,JianlinShi,“AHighlyEfficientHeterogeneousCatalyticSystemforHeckReactionwithPalladiumColloidLayerin-situReducedintheChannelofMesoporousSilicaMaterials”，Chem.Commun,2004,1990–199112)ZhangWH,LuXB,XiuJH,ShiJL,Synthesisandcharacterizationofbifunctionalizedorderedmesoporousmaterials,AdvancedFunctionalMaterials,544-552(2004)13)JinlouGu,JianlinShi*,GuanjunYou,LiangmingXiong,ShixiongQian,ZileHua,HnagrongChen,“Afacilestrategytoincorporatehighlydispersedgoldnanoparticlesintotheporechannelsofmesiporoussilicathinfilmsanditsultrafastnonlinearopticalresponse,”Adv.Mater.,2005,17,55714)ZhuYF,ShiJL,ShenWH,etal.,Preparationofnovelhollowmesoporoussilicaspheresandtheirsustained-releaseproperty,Nanotechnology,16,2633-2638(2005)15)LiL,ShiJL,Ahighlyactiveandreusableheterogeneousrutheniumcatalystforolefinmetathesis,AdvancedSynthesis&Catalysis,347,1745-1749(2005)16)XiaopingDong,WeihuaShen,YufangZhu,Liangminxiong,JianlinShi*,“FacileSynthesisofManganese-loadedMesoporousSilicaMaterialsbyDirectReactionBetweenKMnO₄andanIn-SituSurfactantTemplate”,AdvancedFunctionalMaterials,15,955-960,200517)YufangZhu,JianlinShi,*WeihuaShen,XiaopingDong,JingweiFeng,MeilinRuanandYongshengLi,“NovelStimuli-ResponsiveControlledDrugReleasefromaHollowMesoporousSilicaSphere/PolyelectrolyteMultilayersCore-ShellStructure”,AngewandeChemieInt.Ed.,44,5083-87(2005).18)WenruZhao,JinlouGu,LingxiaZhang,HangrongChen,JianlinShi*,“Fabricationofuniformmagneticnanocompositesphereswithamagneticcore/mesoporousshellstructure”,J.Am.Chem.Soc.,127,8916-17(2005)19)YufangZhu,JianlinShi,*YongshengLi,WeihuaShen,XiaopingDong,MeilinRuanand'StorageandReleaseofIbuprofenDrugMoleculesinHollowMesoporousSilicaSphereswithModifiedPoreSurface”,MicroporousandMesoporousMaterials,85(1-2),75-81(2005).20)YufangZhu,JianlinShi,*WeihuaShen,XiaopingDong,YongshengLi,MeilinRuanand'Afacilemethodtosynthesizenovelhollowmesoporoussilicaspheresandadvancedstorageproperty'MicroporousandMesoporousMaterials,84(1-3),218-222(2005)21)HangrongChenJinlouGuJianlinShi*ZhichengLiuJianhuaGaoandDongshengYan,“ACompositeSurfactantRoutefortheSynthesisofThermallyStableandHierarchicallyPorousZirconiawithNano-crystallizedFramework”,AdvancedMaterials,17,2010-14(2005).22)WeihuaShen,JianlinShi,“MesoporousCeO2andCuO-loadedmesoporousCeO₂:synthesis,characterization,andCOcatalyticoxidationproperty”,MicroporousandMesoporousMaterials,85(1-2),157-162(2005)23)XiaopingDong,WeihuaShen,JinlouGu,LiangminXiong,YufangZhu,HuaLi,JianlinShi*，“MnO2-Embedded-in-Mesoporous-Carbon-WallStructureforUseasElectrochemicalCapacitors”，J.Phys.Chem.B，2006,110,6015-601924)XiongLM,ShiJL,ZhangLX,Nogami,MY,“Facileone-stepsynthesisofhighlyorderedbimodalmesoporousphosphosilicatemonoliths”,JournalofTheAmericanChemicalSociety129(39):11878-11879(2007)25)XiaLi,JianlinShi*,YufangZhu,WeihuaShen,HuaLi,JianLiang,JianhuaGao.“ATemplateRoutetothePreparationofMesoporousAmorphousCalciumSilicatewithHighInVitroBone-formingBioactivity”.JBiomedMaterRes,PartB:ApplBiomater.2007(83B):431-43926)XiaLi,XiupengWang,HangrongChen,PengJiang,XiaopingDong,JianlinShi*.“HierarchicallyporousbioactiveglassscaffoldssynthesizedwithaPUFandP123cotemplatedapproach”.ChemistryofMaterials.2007(19):4322-432627)XiaopingDong,HangrongChen,WenruZhao,XiaLi,JianlinShi，“SynthesisandMagneticPropertiesofMesostructuredγ-Fe2O3/CarbonCompositesbyaCo-castingMethod”Chem.Mater.,2007，19，3484.28)YufangZhu,WenruZhao,HangrongChen,andJianlinShi，“ASimpleOne-PotSelf-AssemblyRoutetoNanoporousandMonodispersedFe3O4ParticleswithOrientedAttachmentStructureandMagneticProperty”，J.Phys.Chem.C2007,111,5281-5285.29)YufangZhu,JianlinShi*，“Amesoporouscore-shellstructureforpH-controlledstorageandreleaseofwater-solubledrug”，MicroporousandMesoporousMaterials，103(2007)243–24930)W.R.Zhao,H.R.Chen,Y.S.Li,L.Li,M.D.LangandJ.L.Shi*,Uniformrattle-typehollowmagneticmesoporouspsheresasdrugdeleverycarrierandtheirsustainedreleaseproperties,Adv.Funct.Mater.,(2008),18,2780-2788.31)XiangzhiCui,JianlinShi*,HangrongChen,LingxiaZhang,LiminGuo,JianhuaGaoPlatinum/MesoporousWO3asaCarbon-FreeElectrocatalystwithEnhancedElectrochemicalActivityforMethanolOxidationJ.Phys.Chem.B112,12024–12031(2008)32)ChichaoYu,LingxiaZhang,JianlinShi*,JinjinZhao,JianhuaGao,andDongshengYan,ASimpleTemplate-FreeStrategytoSynthesizeNanoporousManganeseandNickelOxideswithNarrowPoreSizeDistribution,andTheirElectrochemicalPropertiesAdv.Funct.Mater.18,1544–1554(2008)33)ChichaoYuXiaopingDong,LiminGuo,JiangtianLi,FeiQin,JianlinShi*,Template-FreePreparationofMesoporousFe2O3andItsApplicationasAbsorbentsJ.Phys.Chem.C112,13378–13382(2008)34)JinjinZhao,ZileHua,ZhichengLiu,YongshengLi,LiminGuo,WenboBu,XiangzhiCui,MeilingRuan,HangrongChen,JianlinShi,Directfabricationofmesoporouszeolitewithahollowcapsularstructure,ChemicalCommunications,48,7578-7580(2009)35)QianjunHe,ZhiwenZhang,YuGao,JianlinShi*,andYapingLi,IntracellularLocalizationandCytotoxicityofSphericalMesoporousSilicaNano-/Micro-Particles,Small,2009,5,2722–2729.36)J.Zhou,Z.L.Hua,J.L.Shi,Q.J.He,L.M.Guo,M.L.Ruan,SynthesisofaHierarchicalmicro/mesoporousstructurebysteam-assistedpostcrystallization,Chem.Euro.J,15(47),12949(2009)37)LiminGuo,LingxiaZhang,JiaminZhang,JianZhou,QianjunHe,JianlinShi*,Hollowmesoporouscarbonspheres-anexcellentbilirubinadsorbent,ChemicalCommunications,40,6071-6073(2009)38)YongshengLi,YongChen,LiangLi,JinlouGu,WenruZhao,LeiLi,JianlinShi*,Asimpleco-impregnationroutetoloadhighlydispersedFe(III)centersintotheporestructureofSBA-15andtheextraordinarilyhighcatalyticperformanceAppliedCatalysisA-General,366(1),57-64(2009)39)WenruZhao,MeidongLang,YongshengLi,LiangLi,JianlinShi*,Fabricationofuniformhollowmesoporoussilicaspheresandellipsoidsoftunablesizethroughafacilehard-templatingrouteJournalofMaterialsChemistry,19(18)2778-2783(2009)40)XiangzhiCui,LiminGuo,FangmingCui,QianjunHe,JianlinShi*,ElectrocatalyticActivityandCOTolerancePropertiesofMesostructuredPt/WO3CompositeasanAnodeCatalystforPEMFCsJournalofPhysicalChemistryC,113(10)4134-4138(2009)41)QianjunHe,XiangzhiCui,FangmingCui,LiminGuo,JianlinShi*,Size-controlledsynthesisofmonodispersedmesoporoussilicanano-spheresunderaneutralconditionMicroporousAndMesoporousMaterials,117(3)609-616(2009)42)JianZhou,ZileHua,JianlinShi,QianjunHe,LiminGuo,MeilingRuan,SynthesisofaHierarchicalMicro/MesoporousStructurebySteam-AssistedPost-Crystallization,Chemistry-AEuropeanJournal,15,12949-12954(2009)43)HeQJ,ShiJL,ChenF,etal.Ananticancerdrugdeliverysystembasedonsurfactant-templatedmesoporoussilicananoparticles,Biomaterials,31,44)HeQJ,ZhangJM,ShiJL,etal.TheeffectofPEGylationofmesoporoussilicananoparticlesonnonspecificbindingofserumproteinsandcellularresponses,Biomaterials,31,1085-1092(2010)45)ChenY,ChenHR,GuoLM,etal.,Hollow/Rattle-TypeMesoporousNanostructuresbyaStructuralDifference-BasedSelectiveEtchingStrategy,AcsNano,4,529-539(2010)46)HeQJ,ShiJL,ZhuM,etal.,Thethree-stageinvitrodegradationbehaviorofmesoporoussilicainsimulatedbodyfluid,MicroporousAndMesoporousMaterials,131,314-320(2010)47)CuiXZ,ZhouJ,YeZQ,etal.,SelectivecatalyticoxidationofammoniatonitrogenovermesoporousCuO/RuO2synthesizedbyco-nanocasting-replicationmethod,JournalOfCatalysis,270,310-317(2010)48)CuiFM,FengCD,XieRJ,etal.,Significantthird-orderopticalnonlinearityenhancementofgoldnanoparticleincorporatedmesoporoussilicathinfilmsbymagneticfieldthermaltreatment,JournalOfMaterialsChemistry,20,8399-8404(2010)49)HeQJ,ZhangJM,ChenF,etal.,Ananti-ROS/hepaticfibrosisdrugdeliverysystembasedonsalvianolicacidBloadedmesoporoussilicananoparticles,Biomaterials,31,7785-7796(2010)50)ChenY,ChenHR,ZengDP,TianYB,ChenF,FengJW,ShiJL,Core/ShellStructuredHollowMesoporousNanocapsules:APotentialPlatformforSimultaneousCellImagingandAnticancerDrugDelivery,AcsNano,4(10),6001-6013(2010)51)NiuDC,MaZ,LiYS,ShiJL,SynthesisofCore-ShellStructuredDual-MesoporousSilicaSphereswithTunablePoreSizeandControllableShellThickness,JournalofTheAmericanChemicalSociety,132(43),15144-15147(2010)52)QianjunHe,YuGao,LXZhang,ZWZhang,FGao,XFJi,JianlinShi,ApH-responsivemesoporoussilicananoparticles-basedmulti-drugdeliverysystemforovercomingmulti-drugresistance,Biomater.32,7711–7720(2011)53)QianjunHe,ZhiwenZhang,FengGao,JianlinShi,YapingLi，Invivobiodistributionandurinaryexcretionofmesoporoussilicananoparticles:EffectsofparticlesizeandPEGylationSmall,7,271–280(2011)54)QianjunHe,JianlinShi,XiangzhiCui,ChenyangWei,LingxiaZhang,WeiWuSynthesisofoxygen-deficientluminescentmesoporoussilicananoparticlesforsynchronousdrugdeliveryandimaging,Chem.Commun.47,7947–7949(2011)55)Qianjun.He,JianlinShiMesoporoussilicananoparticlesbasednanodrugdeliverysystems:Synthesis,drugcontrolledreleaseanddelivery,pharmacokineticsandbiocompatibilityJ.Mater.Chem.21,5845–5855(2011)56)Zile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承担科研项目情况：
1，中国科学院“百人计划”，1994－1997，200万2，国家自然科学基金面上基金：微波烧结新型陶瓷材料，1989.1---1991.12，后期负责人，58972097,5.5万3，国家自然科学基金面上基金：陶瓷超塑性形变的界面行为，1993.1­­---1995.12，负责人，59282014，6.0万4，国家自然科学基金面上基金：,复相陶瓷的高温蠕变与疲劳研究，1995.1---1997.1，负责人，59452001，6.0万5，国家自然科学基金面上基金：复相陶瓷材料高温拉伸蠕变性能研究，1998.1---2000.12，负责人，59772008，15万6，国家自然科学基金面上基金：有序介孔材料中的微粒组装及其光电性能探索，1999.1---2001.12，负责人，59882007，14万7，上海市启明星计划：复相陶瓷的高温疲劳与蠕变研究，负责人，1994.10---1996.10,94QEM1408，5万8，上海市基础研究重点项目：先进陶瓷材料界面设计，1995.10---1998.10，负责人96JC1408，40万9，上海市优秀启明星计划(启明星后)：复相陶瓷材料的设计与高温可靠性评价，1996.10---1999.10，负责人，97QEM1408，10万10，国家自然科学基金面上基金：纳米团簇-有序介孔复合材料的制备及催化性能研究，2002.1-2004.12，负责人，50172057,20万11，上海光科技项目：光通讯连接器氧化锆插芯研制，2001.10-2003.4,负责人，40万。12，国家自然科学基金重点基金：异质组装介孔复相材料的研究,2003.1-2005.12,负责人，50232050，120万13，中科院创新方向性项目：介观层次上低维与块体无机复合材料设计、制备与性能，2002.7-2005.7,负责人，KGCX2-sw-205，290万14，国家高技术新材料领域“863”项目：陶瓷插芯用氧化锆粉体的国产化研究，90万2002.1-2004.12,2001AA33305,负责人15，国家高技术发展计划（863），新型结构介孔及其复合材料的制备与催化应用，2002.9――2005.8，2002AA321010,40万，课题负责人16，上海市纳米科技项目：“纳米颗粒复合薄膜制备与光学非线性研究”，负责人，2002.1-2004.12,50万,0252nm083。17，国家重大基础研究项目：信息功能陶瓷的若干基础问题研究，2003.1-2007.12,首席科学家之一，2002CB613300，2500万18，国家计委高技术产业化示范项目：“光纤连接器用关键陶瓷部件的产业化”，负责人，2003-2005，900万19,上海市纳米专项“用于药物释放的高稳定性立方介孔中空球的制备、改性及其应用研究”，2004.1-2005.12，40万元，0352nm101,负责人。20，上海市科学技术委员会技术标准专项：“低比表面积高烧结活性氧化锆粉体”03DZ050492003.10-2005.10，20万，负责人21，上海市科学技术委员会光技术专项：“一体化陶瓷高强度气体放电灯管的制备”，036105020，2003.10-2005.10，90万，负责人22,国家基金委杰出青年基金，“先进陶瓷材料制备科学与高温力学性能研究”80万，1997.1—2000.12,59625204，负责人23，上海市科学技术委员会“优秀学科带头人计划”：“铪基陶瓷闪烁体的探索研究“，03XD14004，2003.12—2005.10,负责人24,国家自然科学基金重点基金：“新型介孔主客体复合材料及其非均相催化性能调控”，20633090,190万，2007.1—2010.12,负责人25,上海市纳米专项，“新型纳米靶向控释技术”，0652nm014,40万，2006.9-2008.9.负责人26,中科院创新方向性项目：药用纳米材料的设计与制备，KJCX2.YW.M02,课题三负责人，90万，2007.1—2009.1227，中科院创新方向性项目：新型药物可控释放材料，850万，2008.5—2011.4，KGCX2-YW-210，首席兼课题一负责人，330万，编号：KGCX2-YW-210-03。28，国家自然科学重点基金：新型无机纳米载体的结构调控即抗癌药物控释与靶向性能研究，290万，2012.01—2016.12，51132009，负责人29，国家重大研究计划：“半封闭空间机动车排放污染物治理的关键纳米技术”，2600万，2013-2017，2013CB93320，首席科学家兼第二课题负责人


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