导师介绍

导师姓名
黄小彬
导师性别男
职务职称副教授.
所在院系化学化工学院
所属学科化学
研究方向聚合物纳米材料功能高分子
联系电话54743264
电子邮箱xbhuang@sjtu.edu.cn

个人简介

黄小彬，博士，1976年5月生于湖北。主要从事聚膦睛材料和特需化学品研究，在聚膦睛微纳米材料的制备及应用领域开展了系统和深入的研究。课题组在国际上首次实现聚膦睛微纳米材料的交联自组装，已制备出近十种新型聚膦睛微纳米材料，研究了其在生物医用材料、分离膜材料、聚合物电解质等领域的应用。在“Adv.Mater.,Chem.Comm.,Carbon,J.PowerSources“等上发表SCI论文80篇，申请国家发明专利23项。主持国家重大专项项目两项，省部级项目两项。主持与杜邦、GE（通用电气）等企业的横向合作项目五项。参与自然科学基金重点项目一项。
代表性论著

1.QianJP,WeiW,HuangXB*,TaoYM,ChenKY,TangXZ,Astudyofdifferentpolyphosphazene-coatedcarbonnanotubesasaPt–Cocatalystsupportformethanoloxidationfuelcell,JournalofPowerSources，2012，210：345–3492.WeiW,HuangXB*,TaoYM,ChenKY,TangXZ,Enhancementoftheelectrocapacitiveperformanceofmanganesedioxidebyintroducingamicroporouscarbonspheresnetwork,PHYSICALCHEMISTRYCHEMICALPHYSICS,2012,14(17):5966-59723.WeiW,HuangXB*,ChenKY,TaoYM,TangXZ,Fluorescentorganic-inorganichybridpolyphosphazenemicrospheresforthetracedetectionofnitroaromaticexplosives,RSCADVANCES,2012,2(9):3765-37714.ZhangJW,HuangXB*,WeiH,Fu,JW,HuangYW,TangXZ,Enhancedelectrochemicalpropertiesofpolyethyleneoxide-basedcompositesolidpolymerelectrolyteswithporousinorganic-organichybridpolyphosphazenenanotubesasfillers,JOURNALOFSOLIDSTATEELECTROCHEMISTRY,2012,16(1):101-1075.LiuW,HuangXB*,WeiH,TangXZ，ZhuL,Intrinsicallyfluorescentnanoparticleswithexcellentstabilitybasedonahighlycrosslinkedorganic–inorganichybridpolyphosphazenematerialw,ChemicalCommunications,2011,47:11447–114496.LiuW,HuangXB*,WeiH,ChenKY,GaoJX，TangXZ，Facilepreparationofhollowcrosslinkedpolyphosphazenesubmicrosphereswithmesoporousshells，JournalofMaterialsChemistry,2011，21:12964-129687.GuXJ,HuangXB*,,WeiH,TangXZ，Synthesisofnovelepoxy-groupmodifiedphosphazene-containingnanotubeanditsreinforcingeffectinepoxyresin，EuropeanPolymerJournal,2011，47:903-9108.ZhangJW,HuangXB*,WeiH,FuJW,LiuW,TangXZ,Preparationandelectrochemicalbehaviorsofcompositesolidpolymerelectrolytesbasedonpolyethyleneoxidewithactiveinorganic–organichybridpolyphosphazenenanotubesasfillers,NewJournalofChemistry,2011,35:614-6219.HuangXB*,WeiW,ZhaoXL,TangXZ,Novelpreparationofpolyphosphazene-coatedcarbonnanotubesasaPtcatalystsupport,ChemicalCommunications,2010,46:8848-885010.WeiW,HuangXB*,ZhaoXL,ZhangP,TangXZ,Arapidandefficientstrategyforpreparationofsuper-hydrophobicsurfacewithcross-linkedcyclotriphosphazene/6F-bisphenolAcopolymermicrospheres,ChemicalCommunications,2010,46(3):487-489 11.ZhangJW,HuangXB*,FuJW,HuangYW,LiuW,TangXZ,NovelPEO-basedcompositesolidpolymerelectrolytesincorporatedwithactiveinorganic–organichybridpolyphosphazenemicrospheres,MaterialsChemistryandPhysics,2010,121:511–51812.ZhangJW,HuangXB*,WeiH,FuJW,HuangYW,TangXZ,Effectofsurfacemodifiedporousinorganic-organichybridpolyphosphazenenanotubesonthepropertiesofpolyethyleneoxidebasedsolidpolymerelectrolytes,ElectrochimicaActa,2010,55:5966–597413.ZhangXY,HuangXB*,TangXZ,Afacileroutetosynthesisofmagneticphosphazene-containingpolymernanotubesatroomtemperature,JournalofMaterialsChemistry,2009,19(20):3281-328514.FuJW,HuangXB*,HuangYW,ZhangJW,TangXZ,One-potnoncovalentmethodtofunctionalizemulti-walledcarbonnanotubesusingcyclomatrix-typepolyphosphazenes,ChemicalCommunications,2009,9:1049-105115.HuangYW,ZhangP,FuJW,ZhouYB,HuangXB*,TangXZ,Pervaportionofethanolaqueoussolutionbyolydimethylsiloxane/polyphosphazenenanotubenanocompositemembranes,JournalofMembraneScience,2009，339:85-92