郝向阳(副教授男汉**博士02)
郝向阳，副教授，硕士导师，中国建材工业协会粉体技术分会理事。1992年参加工作高级工程师，北京理工大学博士，清华大学材料科学与工程系博士后。教育部公派美国佐治亚理工（GeorgiaInstituteofTechnology，GT）材料学院(MSE)访问学者，先后主持或参与包括国防、国家自然基金、NSF(美国自然基金)等纵向、横向项目的研究十余项。发表论文五十余篇，被SCI,EI收录的论文十余篇。合著专著近十部。E-mail:Haoxy@cugb.edu.cnTEL.010-82322759一.近期发表论文1.X.Y.Hao,G.S.Gai,etal.DevelopmentoftheConductivePolymerMatrixCompositeWithLowConcentrationoftheConductiveFiller.MaterialsChemistryandPhysics.2008,109(10):15-19.（SCI,EI同时检索）.2.X.Y.Hao,G.S.Gai,etal.PreparationofConductiveCompositeParticlesbyImpactCoatingProcess.KeyEngineeringMaterials.2007,V336-338Ⅲ，2044-2046.（SCI,EI同时检索）.3.X.Y.Hao,G.S.Gai,J.P.Liu,etal.FlameRetardancyandAntidripping-EffectofOMT/PANanocomposites.MaterialsChemistryandPhysics,2006,96(10):34-41.（SCI.EI同时检索）.4.郝向阳，盖国胜，南策文等，粉体表面形貌研究，稀有金属材料与工程,2005,34(sup.1):215-218(SCI检索）.5.郝向阳，盖国胜，南策文等.锂离子电池用天然石墨颗粒的整形，稀有金属材料与工程，2005,34(sup.1):167-169（SCI检索）.6.X.Y.Hao,G.S.Gai,C.W.Nan，etal.Dynamicmechanicalpropertiesofwhisker/PA66compositesathighstrainrates.POLYMER.2005,46(10):3528-3534(SCI,EI同时检索)7.郝向阳，盖国胜，南策文等.新型微纳米粒子复合化设备工作原理及应用，在第十八届塑料改性技术及应用学术交流会—中国改性塑料高新技术成果与产业发展论坛上被评为优秀论文.台州，2004,108.郝向阳等.蒙脱土与阻燃剂的协效作用.高分子材料科学与工程,(核心期刊)2003,19(5):123～1269.郝向阳等.聚合物纳米复合材料的研究进展.高分子材料科学与工程,(EI检索)2002,18(4):38～4110.郝向阳等.几种插层剂改性的MMT/PA66纳米塑料的性能.中国塑料,(核心期刊)2002,16(7):72～7511.郝向阳等.插层剂对蒙脱土/PA6纳米塑料性能的影响.塑料工业,(核心期刊)2002,30(3):48～5112.Y.F.Yang,G.S.Gai,S.M.Fan,X.Y.Hao,NanostructuredmodificationofmineralparticlesurfacesinCa(OH)2-H2O-CO2system.JournalofMaterialsProcessingTechnology,2005,(170):58-63（SCI,EI同时检索）13.盖国胜，杨玉芬，郝向阳等.无机矿物填料表面纳米化修饰及性能表征.无机材料学报,2005,20(5):1189-1194.（SCI检索）14．G.S.Gai,J.P.Li,Z.S.Zheng,X.Y.Hao,etalFractaldimensionofAl(OH)3particleandfractalsimulationofboundarymicro-topography.KeyEngineeringMaterials2007,V336-338II,2402-2405(SCI,EI同时检索）15.Y.H.Zhang,J.B.Lu,H.T.Huang,X.Y.Hao,etalPreparationofCF/BRcompositeusedforelectromagneticshielding，AdvancedMaterialsResearch,2008,47-50:980-983(SCI,EI同时检索）二.主要著作(1)刘吉平，郝向阳.《纳米科学与技术》(32万字)北京:科学出版社.2002,8，在大陆已连续三次印刷，并在台湾出版发行(世茂出版社，2003,12)。该书被(台湾國立臺中圖書館),R.O.C.MilitaryAcademyLibrary&InformationCenter(陸軍官校資訊圖書中心)等图书馆收藏,并且被台湾多所大学和研究院的博士硕士答辩论文引用.（http://pc01.lib.ntust.edu.tw/ETD-db/ETD-search-c/view_etd?URN=etd-070710国立台湾科大;http://thesis.lib.cycu.edu.tw/ETD-db/ETD-search-c/view_etd?URN=etd-0829105-115647)本书是四川大学,北京理工大学的正式教材，暨南大学博士研究生入学考试参考书(http://mse.scu.edu.cn/article.mse?id=293，http://www.gk114.com/gbgx/491/1363/2008011015751.html)是以下大学的教学参考书：1)台湾國立中山大學奈米科技研發中心http://www.nano.nsysu.edu.tw/nano/V2007/course95.asp2)中南大学http://mse.csu.edu.cn/TeachInovate/content.asp?id=6623)武汉大学ttp://kczx.whu.edu.cn/able.acc2.web/Page_CourseDetail.aspx?ID=116254)西安交通大学师昌绪院士为本书作序,并在中国科技成果2005(6):55书评给予较高评价。(2)刘吉平，郝向阳，《聚合物基纳米改性材料》(69.6万字)北京:科学出版社.2009，8（北京理工大学教学参考书）(3)盖国胜,张以河,郝向阳等.《超微粉体技术》(30万字)北京:化学工业出版社.2004,6(4)盖国胜,郝向阳等合著《微纳米颗粒复合与功能化设计》（49.5万字）清华大学出版社2008,1。(5)合译《HandbookofMaterialsforProductDesign》(145万字)北京:机械工业出版社.2003,5(6)《先进复合材料制造手册》编委(103万字)北京:机械工业出版社.2003,6(7)《高技术复合材料制备手册》编委(137万字)北京:国防工业出版社.2003,5(8)《信息材料与应用手册》编委(500万字)北京:国防工业出版社.2006.5(9)《现代工程材料手册》编委(240万字)北京:国防工业出版社.2005.5三.其他成果1.盖国胜，郝向阳，杨玉芬等.一种塑木复合材料的制备方法.中国发明专利ZL200510126181.32.盖国胜，郝向阳，杨玉芬等.木粉表面包覆改性与塑木复合技术.通过教育部鉴定，2005,12,15
与诺贝尔化学奖得主黑格讨论
与任课教师RegentprofessorGT,MSE中科院外籍院士王中林
与佐治亚理工校长Peterson夫妇四．研究方向：高分子复合材料(塑料、橡胶、纤维、无机/有机复合材料等)，微纳米材料。欢迎具有化学（含材料化学、高分子化学/物理、有机化学、物理化学、应用化学、环境化学、无机化学、生物化学）、材料科学与工程（含高分子材料、复合材料、材料科学与工程、材料物理与化学、材料学）或相关专业背景的毕业生或在职人员报考。优秀研究生推荐到清华大学等单位联合培养。XiangyangHao（RESUME）PROFESSIONALEXPERIENCESMar.2011-presentAssociateprofessor,SchoolofMaterialsScienceandEnginnering,ChinaUniversityofGeosciences,Beijing.Feb.2010-Mar.2011VisitingscholarinprofessorSatishKumar’sgroup,SchoolofMaterialsScienceandEngineering,GeorgiaInstituteofTechnology,USJan.2006-Jan.2010Associateprofessor,SchoolofMaterialsScienceandEnginnering,ChinaUniversityofGeosciences,Beijing.Teachingcourses:CollegeChemistry,OrganicChemistryandComposite.Jan.2004-Jan.2006PostdoctoralresearchfellowwithsupervisorofNanCewenandGaiGuosheng,DepartmentofMaterialsScienceandEnginnering,TsinghuaUniversity.Mar.2003-July1992SeniorEngineer,Engineer,etc.ShandongInstituteofNonmetallicMaterials.EDUCATIONSep.1999-Aug.2002Ph.D.SchoolofMechatronicEngineering,BeijingInstituteofTechnology.Sep.1996-April1999M.S.SchoolofChemicalEngineeringandMaterialsScience,BeijingInstituteofTechnology.Sep.1988.9-July1992B.S.DepartmentofChemistry,ShandongNormalUniversity.HONORS1.X.Y.Hao,J.Y.Zhao,H.Y.Wang“ThePerformanceandApplicationofECPEFiberReinforcedComposites”wasawardedexcellentpaperofJinanin1994.2.OutstandingStudentPrizeofthefirstsummerschoolforChinesegraduateofchemistry,undertakenbyPekingUniversity,sponsoredbyMinistryofEducation,July1998.RESEARCHHIGHLIGHTS1.Ultrahighmolecularweightpolyethylene(UHMWPE)fiberreinforcedbycarbonnanotube(CNT)withoutanymodification.UHMWPEfiberisusedinawideandever-increasingrangeofapplicationssuchaspersonalandvehicleballisticprotection,cut-resistantgloves,apparel,andropes.OurstrategyistousepristineCNTtotemplatetheorientationofUHMWPEchainstoachievebettertensileproperties.WehaveestablishedtechnologytoprepareuniformUHMWPE-solution,andmakeUHMWPEfiberbydry-jetgel-spinning(Fig.1).Theprocessingparametersincludesolutionconcentration,bathtemperature,time,spinneret,speedforextrudingandtake-uproller,extractionofsolvent,hotdrawingprocessparameterforUHMWPEfiber,solventsystemforCNT-UHMWPE.UHMWPEfiberwascharacterizedbyXRD,SEM,FTIRandtensiletest.BigprogresshasbeenmadeindispersedCNTinUHMWPE.
Fig.1Theschematicdiagramofthefiberspinningprocess.2.Core-shellstructureofmicro-nanocompositeparticlesDifferentmixingratioofcarbonblack(CB)–UHMWPEandCNT–UHMWPEweretreatedbyparticlecompositesystem(PCS)topreparecompositeparticles.Thecompositeparticlescoatedwith0.5%CBcanbeseenbySEMdirectlywithoutbeingsputter-coatedwithgold(Fig.2).Thesurfaceof8%CB/UHMWPEcompositeparticleswascompletelycoveredbyCB,resultinginacore–shellstructure,aswellasCNT-UHMWPE(Fig.3).Thenthesecompositeparticleswerecompress-moldedtoproducecompositematerials.
Fig.2.SEMofCB/UHMWPEcompositeparticleswith(a)0.5%CB,(bandc)2.5%CB,(d)4%CB,(e)6%CB,(f)8%CB.
Fig.3.(a–f)SEMofCNT/UHMWPEcompositeparticleswith2%CNT.Anetworkoffillerisimplementedthroughconductivepathswithinthematrix(Fig.4),alowconcentrationisenoughtoresultinconductivenetworkthroughthewholecomposite.Thefiller-contentneededinthecoating-moldingprocesstoachieveconductivitynetworkthroughoutthematrixislowerthanthatneededinthecorrespondingconventionalcomposites,andsoisρvbythisprocess.Thisprocesscanbeusedsuccessfullyforthermalconductingpolymeraswell.
Fig.4.Opticalmicroscopyof(a)0.5%CB/UHMWPE,(b)4%CNT/UHMWPE,(c)7%CB/UHMWPE.3.Preparationofnano-compositeofresinmatrixandit’sproperties.Aseriesoforganicallymodifiedmontmorrillonite(OMT)/PAsilicatenanocompositewasmanufactured,thecombustionphenomenaofOMT/PAwasobserved.Burningnylondripsheavily.Thereisstilldripping-meltfornylonfilledwithtraditionalflameretardant.Dripping-meltisasecondfireresource,whichleadsflamepropagation.Thereisnodripping-meltforOMT/PA.ThereisakindofsynergisticeffectbetweenOMTandtraditionalflameretardant.Otherresearchareas:Dynamicmechanicalpropertiesofpotassiumtitanatewhisker/PAcomposites.SynthesisofElectrorheologicalFluids,Fiber(UHMWPE,Aramid,Glass)reinforcedcomposites,andWood-PlasticsComposites,etc..PUBLICATIONSBooks1.“NanoscienceandNanotechnology”byJ.P.Liu,X.Y.Hao.(inChinese,320Kwords)SciencePublishingHouse(科学出版社)(Beijing,Aug.2002),whichhasbeenprinted3timesandpublishedinShiMaoPublishingHouse(世茂出版社)(Taiwan,Dec.2003).ThisbookwascollectedbyNationalTaichungLibrary(國立臺中圖書館),R.O.C.MilitaryAcademyLibrary&InformationCenter(陸軍官校資訊圖書中心)etc,andwasrecitedbyPh.D.andMasterdefencepapers.http://pc01.lib.ntust.edu.tw/ETD-db/ETD-search-c/view_etd?URN=etd-0707106-155203http://thesis.lib.cycu.edu.tw/ETD-db/ETD-search-c/view_etd?URN=etd-0829105-115647ThisbookisnTextbookof(1)CollegeofMaterialScienceandEngineering,SiChuanUniversity(四川大学)http://mse.scu.edu.cn/article.mse?id=293(2)BeijingInstituteofTechnologynPh.DEntranceExaminationreferencebookofJiNanUniversity(暨南大学)http://www.gk114.com/gbgx/491/1363/2008011015751.htmlnReferencebookof(1)NationalSun-YetSanUniversity(國立中山大學奈米科技研發中心Taiwan)http://www.nano.nsysu.edu.tw/nano/V2007/course95.asp(2)SchoolofMaterialScienceandEngineerofCentralSouthUniversity(中南大学)http://mse.csu.edu.cn/TeachInovate/content.asp?id=662(3)WuHanUniversity(武汉大学)http://kczx.whu.edu.cn/able.acc2.web/Page_CourseDetail.aspx?ID=11625(4)XiAnJiaoTongUniversity（西安交大）2.“NanomaterialsofPolymerMatrix”(inChinese,696Kwords)byJ.P.Liu,X.Y.Hao,SciencePublishingHouse(Beijing,Aug.2009),whichisareferencebookofBeijingInstituteofTechnology.3.“SuperfinePowderTechnology”(inChinese,300Kwords)byG.S.Gai,Y.H.Zhang,X.Y.Hao,etal.ChemicalIndustryPress(Beijing,June,2004).4.CommitteeMemberof“ManufactureHandbookofAdvancedComposites”(inChinese,1030Kwords)compilation,MechnicalIndustryPublishingHouse(Beijing,June,2003).5.CommitteeMemberof“HandbookofMaterialsforProductDesign”(inChinese,1450Kwords,CharlesA.Harper)translation.MechnicalIndustryPublishingHouse(Beijing,May,2003)SelectedPapers1.X.Y.Hao,GuoShengGai,CeWenNan,etal.DevelopmentoftheConductivePolymerMatrixCompositeWithLowConcentrationoftheConductiveFiller.MaterialsChemistryandPhysics,109(2008)15-19.2.X.Y.Hao,GuoShengGai,CeWenNan,etal.FlameRetardancyandAntidripping-EffectofOMT/PANanocomposites.MaterialsChemistryandPhysics,96(2006)34-41.3.X.Y.Hao,GuoShengGai,CeWenNan,etal.DynamicMechanicalPropertiesofWhisker/PA66CompositesatHighStrainRates.Polymer,46(2005)3528-3534.4.X.Y.Hao,GuoShengGai,YunXinWuetal,TheShapeModificationofHDHTiPowderandMechanismAnalysis,RareMetalMaterialsandEngineering,34(2009)264-266.(inChinese)5.X.Y.Hao,GuoShengGai,CeWenNanetal.PreparationofConductiveCompositeParticlesbyImpactCoatingProcess.KeyEngineeringMaterial,336-338Ⅲ(2007)2044-2046.6.X.Y.Hao,GuoShengGai,CeWenNan,etal,SurfaceMorphologyStudyofPowder.RareMetalMaterialsandEngineering,34(2005)170-173.(inChinese)7.X.Y.Hao,GuoShengGai,CeWenNan,etal.TheShapeModificationofNatureGraphitePowderUsedinLithiumionBatteries.RareMetalMaterialsandEngineering,34(2005)215-218.(inChinese)8.Y.F.Yang,G.S.Gai,S.M.Fan,X.Y.Hao,NanostructuredmodificationofmineralparticlesurfacesinCa(OH)2-H2O-CO2system.JournalofMaterialsProcessingTechnology,170(2005)58-63.9.X.Y.Hao,J.P.Liu,J.Tian,etal.ProgressofPolymer-Nanocomposites.PolymerMaterialsScienceandEngineering,18(2002)38-41.(inChinese)PatentG.S.Gai,X.Y.Hao,F.Y.Yang,etal.Awaytoproducewood-plasticscomposite.ZL200510126181.3
