独眼侠

快讯，据西安建筑科技大学研究生院消息，2015年西安建筑科技大学120401行政管理考研报录比已发布，详情如下：学院专业代码专业名称2015年各专业一志愿招生情况备注推免生人数考试人数(不含缺考)达到国家线人数达国家线的考生的复试录取比例复试线设置情况复试比例录取比例上国家线调剂其他专业录取比例管理120401行政管理4≈40≈1085.70%71.40%14.30%自划线重点培育学科 更多

姓名：吴廷华性别：男职称：教授所在学院：化学与生命科学学院个人简介：吴廷华，男，理学博士，浙江师范大学生化学院教授。1994.9-1999.6，师从著名物理化学家万惠霖院士攻读博士学位，1999年6月获厦门大学物理化学专业博士学位，同年被评上副教授。2000年创办了浙江师范大学物理化学研究所，时任副所长（万惠霖院士任所长）。2004年晋升教授。2009年获得包玉刚奖学金去美国宾夕法尼亚州立大学做高级访问学者。长期从事低碳烷烃的催化转化、离子液体中精细化学品的合成等方面的研究工作。借助红外、脉冲质谱-色谱在线分析，准原位XPS、1HNMR等手段对POM反应机理的探讨取得了一些成果，提出了POM的热解-氧化机理模型和离子液体催化下铵/胺盐一步法合成季铵盐的催化机理。至2009年12月，申请者已经在国内外著名期刊（Adv.Synth.Catal.,Chem.Commun.,J.Catal.等）上发表论文80多篇，SCI收录30多篇，其中影响因子4.0以上的3篇。同时还建立了校企合作的实验室，已经把一项科研成果产业化，具有一些产业化的经验。研究领域多相催化与均相催化；绿色催化与精细化学品合成；功能材料的制备。在研（完成）项目（项目负责人）离子液体催化下铵/胺盐一步季铵化反应的研究（56万）（国家自然科学基金）；在研生物质单糖直接合成2、5-二甲基呋喃的新催化反应研究（20万）（浙江省科技厅项目）；在研尿素醇解法制碳酸二甲酯新工艺的研究（28万）（浙江省科技厅项目）；完成烯烃现场过氧环氧化制环氧烷催化反应的研究（10万）（浙江省自然科学基金）；完成尿素醇解法制碳酸二甲酯（25万）（浙江丰登化工）；完成二氧化碳加氢制甲醇催化剂研究（5万）（横向课题）；完成强糠聚合成中试(5万)（横向课题）；完成参与研究项目涉及表面吸附的电化学振荡（国家自然科学基金）；第二非贵金属型低温CO和CH4氧化催化剂研究（浙江省自然科学基金）；第二电化学振荡体系现场拉曼光谱研究与理论模型（浙江省自然科学基金）；第二废水浓缩中试（衢化锦纶厂）。第二现（增）开设课程《催化选论》，授课对象:研究生；《催化研究方法》，授课对象:研究生；《物理化学》，授课对象:本科生；《物理化学实验》，授课对象:本科生。已发表论文[1]Zhang,QiNeng,Zhang,Jing,Wu,TingHua,Zhou,XiaoPing,Theoxidationofolefinsbyt-butylhydrogenperoxidetoprepare1,2-diolsovermetaloxidecatalysts,CatalysisCommunications,2009,10(9):1279-1283.[2]Wu,Ying,Wu,Binfu,He,Yiming,Wu,Tinghua,DirectConversionofEthanetoEthyleneOxideoverNi-Ag-OCatalyst,ChemistryLetters,2009,38(3):284-285.[3]Yang,Feng,Liu,Zhen,Li,WenSheng,Wu,TingHua,Zhou,XiaoPing,TheoxidativebrominationofmethaneoverRh/SiO2catalyst,CatalysisLetters,2008,124(3-4):226-232.[4]Chen,Fei,Wu,TingHua,Zhou,XiaoPing,ThephotodegradationofacetoneoverVOx/MgF2catalysts,CatalysisCommunications,2008,9(8):1698-1703.[5]Wu,Ying,Wu,Binfu,Wu,Tinghua,InfluenceofthepreparationmethodontheperformanceofnanostructuredZr-Ni-Ocatalysts,ReactionKineticsandCatalysisLetters,2008,95(1):29-37.[6]Z.Q.Zheng,T.H.Wu*,J.Wang,X.P.Zhou,IonicLiquidCatalyzedAlkylationofAmmoniumSalts,AdvancedSynthesis&Catalysis,2007,349:1095-1101.[7]Z.Q.Zheng,T.H.Wu*,X.P.Zhou,Thesynthesisofquaternaryammoniumsaltsfromammoniumsaltsanddialkylcarbonate,Chem.Commun.,2006,1864-1865.[8]T.H.Wu*,Q.G.Yan,F.L.Mao,Z.J.Niu,Q.N.Zhang,Z.L.Li,H.L.Wan,PartialoxidationofmethanetosyngasoverRh/SiO2catalystusingon-lineMS,CatalysisToday,2004,93-95:121-127.[9]T.H.Wu*,Q.G.Yan,H.L.Wan,PartialOxidationofMethanetoHydrogenandCarbonMonoxideoveraNi/TiO2Catalyst,JournalofMolecularCatalysisA:Chemical,2005,226(1):41-48.[10]Q.G.Yan,T.H.Wu,W.Z.Weng,H.Toghiani,R.K.Toghiani,H.L.Wan,C.U.PittmanJr,PartialOxidationofMethanetoH2andCOoverRh/SiO2andRu/SiO2Catalysts,JournalofCatalysis,2004,226(2):247-259.[11]Z.Q.Zheng,T.H.Wu*,R.W.Zheng,Y.Wu,X.P.Zhou,Studyonthesynthesisofquaternaryammoniumsaltsusingimidazoliumionicliquidascatalyst,CatalysisCommunications,2007,8(1):39-42.[12]Y.Wu,Y.M.He,T.H.Wu*,T.Chen,W.Z.Weng,H.L.Wan,InfluenceofsomeparametersonthesynthesisofnanosizedNiOmaterialbymodifiedsol–gelmethod,MaterialsLetters,2007,61:3174-3178.[13]Y.Wu,Y.M.He,T.H.Wu*,W.Z.Weng,H.L.Wan,EffectofsynthesismethodonthephysicalandcatalyticpropertyofnanosizedNiO,MaterialsLetters,2007,61:2679-2682.[14]T.H.Wu*,D.M.Lin,Y.Wu,X.P.Zhou,Q.G.Yan,W.Z.Weng,H.L.Wan,In-situFTIRinvestigationpartialoxidationofmethanetosyngasoverRh/SiO2catalyst,J.Natur.GasChem.,2007,16:316-321.[15]T.H.Wu*,M.Q.Zhu,Z.J.Niu,Y.J.Zhong,Y.Guan,Y.Liu,Q.G.Yan,Z.L.Li,H.L.Wan,StudiesonthePerformanceandStructureofSupportedCatalystsforthePartialOxidationofMethanetoSyngas,JournalofNaturalGasChemistry,2002,11:159-164.[16]Z.L.Li,T.H.Wu,Z.J.Niu,InsituRanmanspectropicstudiesonthecurrentoscillationsringgoldelectrodissolutioninHClsolution,Electrochem.Commun.,2004,5(6):44-48.[17]Z.L.Li,Z.J.Niu,T.H.Wu,InsitumonitoringofpotentialoscillationsintherectionofIO3-byelectrochemicalquartzcrystalmicrobalance,Electrochem.Commun.,2003,5(4):297-300.[18]Q.G.Yan,Z.S.Cao,T.H.Wu,W.Z.Weng,H.L.Wan,CarbondepositiononNi/Al2O3CatalystringOxidationOfMethanetosyngas,StudiesinSurfaceScienceAndCatalyst,2000,130:3549-3555.[19]Q.G.Yan,Z.Sh.Cao,T.H.Wu,W.Z.Weng,H.L.Wan,MechanisticStudiesofMethanePartialOxidationtosynthesisgasoversupportedRhodiumCatalystStudiesinSurfaceScienceAndCatalysis,StudiesinSurfaceScienceAndCatalyst,2000,130:3555-3560.[20]Z.S.Cao,Q.G.Yan,T.H.Wu,W.Z.Weng,H.L.Wan,NovelMethodofPreparingZeolitemembransfromcolloidalzeoliteNay,StudiesinSurfaceScienceAndCatalyst,2000,130:2897-2903.[21]W.Z.Weng,M.S.Chen,Q.G.Yan,T.H.Wu,H.L.Wan,In-SituTime-ResolvedFTIRInvestigationontheReaction-MechanismofPartialOxidationofMethanetoSyngasoveraSiO2-SupportedRhandRuCatalysts,CHINESESCIENCEBULLETIN,2000,45(24):2236-2240.[22]W.Z.Weng,M.S.Chen,Q.G.Yan,T.H.Wu,H.L.Wan,MechanisticStudyofPartialOxidationofMethanetoSynthesisGasoverSupportedRhodiumandRutheniumCatalystsUsingin-SituTime-ResolvedFTIRSpectroscopy,CatalysisToday,2000,(63):317-326.[23]Y.Wu,Y.M.He,T.H.Wu*,W.Z.Weng,H.L.Wan,Preparation,CharacterizationandLowTemperatureCatalyticPerformanceofNanostructuredTi-Ni-O,SurfaceScience&Review,inpress.[24]Q.G.Yan,T.H.Wu,W.Z.Weng,Z.S.Cao,H.L.Wan,SynergisminplatinumenhancenickelCatalystforOxidationOfMethanetosyngas,JournalofNaturalGasChemistry,2000,19(1):18-31.[25]Q.G.Yan,T.H.Wu,W.Z.Weng,H.L.Wan,MechanisticStudyofCarbondepositiononCatalystsforOxidationofMethanetosyngas,JournalofNaturalGasChemistry,2000,19(1):89-102.[26]Q.G.Yan,T.H.Wu,W.Z.Weng,H.L.Wan,MechanisticStudyofMethanePartialOxidationtosynthesisgasoversupportedRhodiumCatalyst,JournalofNaturalGasChemistry,2000,19(1):1-7.[27]Z.S.Chao,T.H.Wu,J.L.Ye,G.Z.Chen,H.L.Wan,1HMASNMRCharacterizationofHydrogenoversilica-supportedmediumcatalyst,ScienceinChina(SeriesB),2001,l44(1):115-121.[28]WUTinghua,YANQiangu,ZHANGQineng,NIUZhenjiang,CHAOZisheng,YEJianliang,WANHuilin,1HMASNMRStudyofPartialOxidationofMethanetoSyngasoverRh/SiO2Catalyst,ChineseJournalofCatalysis,2004,25(11):909-914.[29]WUTinghua,YANQiangu,ZHANGQineng,MAOFulin,ZHENGZhuoqun,CHENFei,WENGWeizheng,WANHuilin,FT-IRStudyofMethaneDissocationonSurfaceofRh/SiO2Catalyst,ChineseJournalofCatalysis,2004,25(12):928-930.[30]WUTinghua,YANQiangu,LIShaobin,ZHONGYijun,NIUZhenjiang,ZHUMingqiao,LIZhelin,WANHuilin,PartialOxidationofMethanetoSyngasoverRh/SiO2Catalyst,ChineseJournalofCatalysis,2003,24(6):407-413.[31]WUTinghua,YANQiangu,LUWei,NIUZhenjiang,MAOFulin,ZHANGQineng,ZHUMingqiao,LIZhelin,ZHONGYijun,WANHuilin,EffectofSurfaceOxygenConcentrationonActicationofMethaneoverSupportedMetalCatalysts,ChineseJournalofCatalysis,2003,24(10):755-759.[32]WUTinghua,LIShaobin,YANQiangu,EffectofInteractionbetweenNickelandAluminaonCokeDepositiononNi/Al2O3CatalystforPartialOxidationofMethanetoSyngas,ChineseJournalofCatalysis,2001,22(5):501-504.[33]WUTinghua,XIAWensheng,WANGHaiyou,WANGZhongquan,ZHANGHongbin,WANHuilin,CAIQirui,ReactionEnergeticsforWaterGasShiftReactionovertheCleanandtheOxygenmodifiedCu(100)surfaces—StudiedbytheBondOrderConservationApproach,ChineseJournalofChemicalPhysics,1998,11(1):69-73.[34]WUTinghua,LUOJizhong,ZHUYimin,WANHuilin,AFMStudyonBinaryRareEarthOxyfluorideSm-La-O-FCatalysts,ChineseJournalofCatalysis,1998,19(6):605-607.[35]WUTinghua,WANGHaiyou,WENGWeizheng,CHENGMingsu,WANHuilin,MethanePartialOxidationtoSyngas-AStudyoftheNatureofActiveSiteoverRhBasedCatalyst,ChineseJournalofCatalysis,1998,19(6):498-501.[36]LILiangcao,WUTinghua,HUDechong,YANGYuannan,StudiesonCorrelationbetweenthePhysico-ChemicalPropertiesandMolecularParametersofAlkanes,ChineseJournalofOrganicChemistry,2003,23(10):1125-1130.[37]NIUZhengjiang,WUTinghua,LIZhelin,InsituXRDInvestigationontheCrystallizationBehaviorsofElectrolessHigh-PhosphorousNi-PAlloys,ActaPhysico-ChimicaSinica,2003,19(8):705-708.[38]MAOFu-lin,WUTinghua*,LIUYa,GUANGYan,ZHENGZhuo-qun,ZHANGQi-neng,CHENGFei,StudyontheSynthesisofMethylCarbamatethroughAlcoholysisofUrea,NaturalGasChemicalInstry,2005,30(1):14-16.[39]ZHENGZhuo-qun,WUTinghua*,MAOFu-lin,ZHANGQi-neng,CHENFei,ThermodynamicAnalysisofMethylCarbamateSynthesisfromUreaandMethanol,NaturalGasChemicalInstry,2004,29(5):72-73.[40]MAOFulin,WUTinghua,DAIChunhua,ZHENGZhuoqun,ZHANGQineng,CHENGFei,Analysisofthesynthesisofmethylcarbamatefromureaandmethanolbyreversedphasehighperformanceliquidchromatography,ChineseJournalofAnalysisLaboratory,2005,24(8):85-87.[41]MAOFulin,WUTinghua,LIUYa,ZHENGZhuoqun,ZHANGQineng,CHENGFei,Onthesynthesisofmethylcarbamatethroughalcoholysisofurea,JournalofZhejiangNormalUniversity(NaturalSciences),2005,28(1):54-56.[42]ZHENGZhuoqun,WUTinghua,MAOFulin,ZHANGQineng,CHENGFei,ThermodynamicAnalysisoftheSynthesisofDimethylCarbonatefromMethylCarbamateandMethanol,ChemicalEngineeringofOilandGas,2005,34(2):87-89.[43]NIUZhengjiang,NIYahong,LIZhelin,WUTinghua,DUXiaoguang,Influenceofzinciononelectrochemicallysynthesisofpolyaniline,JournalofZhejiangNormalUniversity(NaturalSciences),2005,28(1):47-50.[44]LIUYa,WUTinghua,MAOFulin,GUANYan,ZHUMingqiao,PreliminaryStudiesontheSynthesisofDimethylCarbonatebyMethylCarbamateAlcoholysis,GUIZHOUCHEMICALINDUSTRY,2005,30(1):23-26.[45]DUXiaoguang,NIUZhengjiang,LIZhelin,WUTinghua,Effectsofelectrodepositionconditionsonthetextureofmethanesulfonatetindeposits,Electroplating&Finishing,2004,23(5):6-9.[46]DUXiaoguang,NIUZhengjiang,YINGTaokai,WUTinghua,LIZhelin,EffectofOctylPolyethyleneGlycolPhenylEtherontheTexturesofTinElectrodepositedfromMethanesulfonicAcidBaths,Plating&Finishing,2004,26(2):1-4.[47]NIUZhengjiang,YVPing,WANGFeihua,LIZhelin,WUTinghua,EffectsofcitricacidonelectrolessNi-Palloydepositionrateandproperties,Electroplating&Finishing,2003,22(5):23-26.[48]NIUZhengjiang,SHIZhongxiang,LIZhelin,WUTinghua,EffectsofSurfactantsontheTextureandMorphologyofTinCoating,ELECTROPLATING&POLLUTIONCONTROL,2003,23(5):8-10.[49]ZHUMingqiao,WUTinghua,XIEFangyou,Newprogressincatalystsforpreparationofmethanol,ModernChemicalInstry,2003,23(3):18-21.[50]NIUZhengjiang,WUTinghua,YANGFangzu,YAOShibing,ZHOUSaomin,ElectrocatalyticActivityofElectrodepositedAmorphousFe-MoAlloyforHydrogenEvolutionReactioninAlkalineSolution,MaterialsProtection,2003,36(8):9-12.[51]NIUZhengjiang,SHENJijun,LIZhelin,WUTinghua,InSituXRDInvestigationonStructureChangeofElectrolessNi-PAlloys,MaterialsProtection,2003,36(70):45-47.[52]LISaobin,WUTinghua,EffectofpreparationmethodsonthecatalystsforcatalyticpreformancethePartialOxidationofMethane(POM)toSyngas,JOURNALOFNINGDETEACHERSCOLLEGE(NATURALSCIENCE),2002,14(4):302-305.[53]ZHUMingqiao,XIEFangyou,WUTinghua,ApplicationofGreenChemistryandTechnologyinChemicalInstry,ChemicalProctionandTechnology,2002,9(4):27-32.[54]LINRui,ZHONGYijun,WUTinghua,LUOMengfei,LIUWeiping,CharacterizationandPreparationofCe-Sn-OComplexOxides,JournaloftheChineseSocietyofRareEarths,2002,20(3):203-206.[55]NIUZhengjiang,WUJie,WUTinghua,YAOShibing,ZHOUSaomin,Studyofsolderableleadfreetin-bismuthalloyelectrodeposition,Electroplating&Finishing,2002,21(3):1-5.[56]LISaobin,WUTinghua,WANGXiaoxing,DUJingxing,HEYimin,MALi,HUXiaochun,Synthesisofureaformaldehyderesin—UsingNaOHtoadjustpHvalue,JournalofZhejiangNormalUniversity(NaturalSciences),2001,24(3):260-264.[57]LISaobin,WUTinghua,HEYimin,DUJingxing,MIAOJigeng,ANewSynthesisofUreaFormaldehydeResin,JournalofQuanzhouNormalUniversity,2001,19(2):31-34.[58]LiShaobin,WUTinghua,LinHong,FangYanyun,TheStudyonPreparationofSyngasCatalystsNi-Cu/r-Al2O3andItsCapability,JournalofNanpingTeachersCollege,2001,20(2):61-64.[59]LISaobin,WUTinghua,YVGuojun,ZHAOHong,InvestigationofthePartialOxidationofMethane(POM)toSyngasoverCuModifiedNi-basedCatalyst,JOURNALOFNINGDETEACHERSCOLLEGE(NATURALSCIENCE),2001,13(4):313-316.[60]CAOZisheng,LINHaiqiang,CHENGuozhou,WUTinghua,WANHuilin,MINEnze,SynthesisofUltrafineZeoliteNaY(Ⅰ)—EffectofLightRareEarthIonsAdditive,CHEMICALJOURNALOFCHINESEUNIVERSITIES,2000,21(9):1353-1358.[61]WUTinghua,YANQiangu,WANHuilin,PartialOxidationofMethanetoSyngasoverNickel-basedPerovskite-likeMixedOxideCatalysts,JournalofZhejiangNormalUniversity(NaturalSciences),1999,22(2):55-59.[62]YANQiangu,LIJitao,WUTinghua,WENGWeizheng,WANHuilin,Effectsofsupportsonpartialoxidationofmethanetosyngas,NaturalGasChemicalInstry,1999,24(3):4-8.[63]WUTinghua,CHENZhong,ApplicationHighResolutionSolidStateNMRintheStudiesofHeterogeneousCatalysis,JournalofZhejiangNormalUniversity(NaturalSciences),1998,21(2):41-47。*如果发现导师信息存在错误或者偏差，欢迎随时与我们联系，以便进行更新完善。联系方式 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快讯，据上海大学研究生院消息，2019上海大学060206方向全日制考研复试分数线详情如下：学校名称：上海大学学院名称：文学院年份：2019专业代码：060206专业名称：总分：325.00小科（满分=100分）：44.0大科（满分>100分）：132.0说明：1、本数据不含专项计划复试分数线（少干及退役大学生士兵）2、各院系可根据本学科、专业特点及生源和计划数制定不低基本分数线的复试基本要求。考生须达到院系确定的学科、专业复试基本要求才能进入复试。 更多