陶栋梁
近期热点
资料介绍
个人简历
陶栋梁,博士,教授,硕士研究生导师。学习工作经历:受教育经历1992/09–1996/07,河南师范大学,化学系,学士1996/09–1999/07,河南师范大学,化学系,硕士1999/09–2002/07,北京大学,化学与分子工程学院,博士2003/01–2005/01,清华大学,化学工程系,博士后研究工作经历2005/01–2007/11,北京化工大学,理学院应用化学系,副教授2007/12–2008/09,高丽大学,材料与科学工程系,研究教授2008/10–2009/09,北京大学,化学与分子工程学院,研究人员2010/03–至今,阜阳师范学院,化学与材料工程学院,教授研究领域
主要研究方向:1、稀土荧光材料的制备及其应用;2、水性树脂与水性漆的研发及产业化;3、功能性纳米材料的制备及应用"主要科研项目二氧化硅包覆稀土配合物的制备和荧光增强机理研究稀土配合物能量传递过程中的影响因素研究高附着力/强耐水性/稳定性好的丙烯酸树脂水性分散体及其水性漆研发与生产高附着力、强耐水性水性树脂/水性漆的生产防结块剂的研发与检测节约型稀土配合物复合碱式盐纳米颗粒的合成及其在防伪油墨中的应用节约型稀土配合物复合碱式盐纳米颗粒的合成及其在防伪油墨中的应用丙烯酸酯水性分散体及其水性涂料的研发与产业化强双光子吸收八极结构配合物的合成、构效关系和应用探索节能环保型水性树脂及金属防腐水性漆的研发与产业化已授权的专利:1.陶栋梁近期论文
[1]JinFeng,PanChengyu,LuTianqi,GaoYulong,SunLin,TaoDongliang*,LiaoRongbao,Synthesis,crystalstructures,DFTcalculationandopticalpropertiesofaschiffbassanditsdinuclearmercury(II)complex,ChineseJ.Struct.Chem.,36(2):250-257,2017.[2]F.Jin,L.Sun,HMiao,R.B.Liao,D.L.Tao*,CrystalStructure,DFTCalculationandPhotophysicalStudiesofaSchiffBase,ChineseJ.Struct.Chem.,35(5),679–686,2016.[3]FengJin,ChengyuPan,WenxuanZhang,LinSun,XiangyangHu,RongbaoLiao,DongliangTao*,Enhancedtwo-photonexcitedfluorescenceofmercurycomplexeswithaconjugatedligandEffectofthecentralmetalion,JournalofLuminescence,172,264-269,2016.[4]T.T.Dai,L.Liu,D.L.Tao*,S.G.Li,H.Zhang,Y.M.Cui,Y.Z.Wang,J.T.Chen,K.Zhang,W.Z.Sun,X.Y.Zhao,InfluenceofGddopingontheabsolutequantumefficiencyandlifetimeofEuxGd1-x(TTA)3phens,Chin.Chem.Lett.,25:892-896,2014.[5]S.G.Li,X.Y.Zhao,D.L.Tao*,W.B.Zhang,K.Y.Zhang,Hg(II)-activatedemission“turn-on”chemosensorsexcitedbyup-conversionnanocrystals:Synthesis,characterizationandsensingperformance,Spectrochim.ActaA:Mol.Biomol.Spectrosc.,137:581-588,2015.[6]H.Z.Li,D.L.Tao,J.Qi,J.G.Wu,Y.Z.Xu,I.Noda,Dipole–dipoleinteractionsinsolutionmixturesprobedbytwo-dimensionalsynchronousspectroscopybasedonorthogonalsampledesignscheme,Spectrochim.ActaA:Mol.Biomol.Spectrosc.,124:697-702,2014.[7]S.G.Li,T.Wu,D.L.Tao,Kaiyin,Zhang,Europiumcomplexeswithlargeconjugationplaneindiamineligands:synthesischaraterization,photophysicalfeauresandoxygensensingperformance,Opt.Mater.,40:81-90,2015.[8]YueCui,SulingZhao,DongliangTao,ZhiqinLiang,DiHuang,ZhengXu,Synthesisofsize-controlledanddiscretecore–shellaluminumnanoparticleswithawetchemicalprocess,MaterialsLetters,121:54-57,2014.[9]HuiMiao,HuiquanLi,YuminCui,DongliangTao,GaoWang,YixiZhou,NovelAg/CdLa2S4semiconductorcatalystswithenhancedphotocatalyticproperties,MaterialsLetters,133:281-284,2014.[10]YuanW,CuiYM,ShiRJ,TaoDL*,WangYZ,YinRC,LiuSX,XuYZ,Studyonfluorescencepropertiesofrareearthcomplexesinfluencedbystericeffect,JournalofRareEarths,29(11):1013-1017,2011.[11]YuxiuSun,HuaYang,DongliangTao,PreparationandcharacterizationofEu3+-dopedfluorapatitenanoparticlesbyahydrothermalmethod,Ceram.Int.,38(8):6937-6941,2012.[12]FengJin,Wen-ChaoShu,Xian-PengYu,YueZhang,LinSun,YongLiu,DongliangTao,Yu-PengTian,CrystalStructures,Two-PhotonExcitedFluorescenceandBioimagingofZn(II)ComplexesBasedonanExtended2,2'-BipyridineLigand,Dyes.Pigm.,DOI:10.1016/j.dyepig.2015.05.039,2015.[13]费邦忠,陶栋梁,张宏,崔玉民,张坤,杨森林,鲁仕梅,掺杂钇的铕稀土配合物的荧光绝对量子产率和寿命的研究,阜阳师范学院学报(自然科学版),33(2):41-45,2016。[14]费邦忠,刘清白,殷榕灿,陶栋梁,王永忠,金凤,张坤,杨森林,崔玉民,张宏,稀土磷酸盐绿色荧光粉的合成及其荧光性能研究,阜阳师范学院学报(自然科学版),33(4):32-36,2016。[15]金凤,王秀文,张映,舒文超,于先鹏,张月,杨如,孙林,陶栋梁*,N,N’-双二苯胺苯甲醛缩连氮的合成及其光学性能,合成化学,2015,23(7):609-611.[16]崔玉民,李慧泉,苗慧,陶栋梁,凡素华,张坤,霍晓凤,Mn-BiOCl的制备及其光催化活性研究,光谱学与光谱分析,2015,35(7):1997-2000.[17]崔玉民,姜欣宇,李慧泉,苗慧,陶栋梁,孙倩,Mn/CdS光催化剂的制备及性能,2015,35(8):30-33.[18]崔玉民,孙倩,李慧泉,苗慧,陶栋梁,Mn掺杂BiOCl光催化降解苯酚的研究,工业水处理,2015,35(9):25-28.[19]李慧泉,崔玉民,苗慧,陶栋梁,依托省级科研平台构建应用型人才培养的新模式,广东化工,2016,43(4):166-167.[20]崔玉民,孙倩,李慧泉,陶栋梁,苗慧,王洪涛,王彩华,构建应用化学实验教学体系,阜阳师范学院学报(自然科学版),2016,33(1):117-120.[21]殷榕灿,陶栋梁,高吸水性丙烯酸树脂的制备及性能研究,广州化工,42(20):68-75,2014。[22]罗春华,董秋静,王文莉,王洪涛,张宏,陶栋梁,崔玉民,具有温敏荧光特性的水溶性聚合物P(NIPAM-co-NPEPAM)的合成与表征,化工新型材料,42(10):118-123,2014。[23]朱良俊,崔玉民,苗慧,尹虎,陶栋梁*,纳米氧化锌光催化降解甲基橙的研究,应用化工,43(8):1416-1418,2014。[24]崔玉民,王彩华,陶栋梁,李慧泉,苗慧,轻质隔热吸音仿石漆制备工艺研究,涂料工业,44(8):42-45,2014。[25]罗春华,杨颖,董秋静,王洪涛,陶栋梁,外围含偶氮苯基团的温敏性聚合物包覆的金纳米粒子的合成及性能研究,化工新型材料,43(3):106-108,2015。[26]董秋静,王亮,罗春华,韩燕,王洪涛,武海,陶栋梁,温敏性聚(N,N-二甲基丙烯酰胺-co-4-丙烯酰氧基查尔酮)共聚物的合成与表征,阜阳师范学院学报(自然科学版),31(4):52-57,2014。[27]陶栋梁,崔玉民,张宏,罗春华,陈继堂,王永忠,张坤,孙文中,与时俱进中的应用化学专业改革方向探索,山东化工,43(12):135-138,2014。[28]李世刚,代婷婷,刘磊,陶栋梁*,张宏,崔玉民,张坤,孙文中,掺杂Gd对铕配合物EuxGd1-x(TTA)3(TPPO)2绝对量子效率和荧光寿命的影响,阜阳师范学院学报(自然科学版),32(2):22-25,2015。[29]李世刚,张宏,张坤,孙文中,王永忠,陈继堂,陶栋梁*,直接煅烧硝酸银与聚乙烯吡咯烷酮的复合物制备微米银,阜阳师范学院学报(自然科学版),31(1):38-41,2015。[30]王永忠,张坤,陶栋梁*,张宏,崔玉民,罗春华,金凤,杨森林,铽配合物Tb(2-MBA)3·2H2O和Tb(2-MBA)3phen的荧光性能研究,中国稀土学报,33(3):273-278,2015。[31]金凤,张文军,陶栋梁*,蒋雪月,张宏,崔玉民,张坤,王永忠,徐怡庄,无水碳酸钠作为碱和纳米核制备的新型稀土铽配合物,发光学报,36(7):782-787,2015.[32]马继龙,刘玲,陶栋梁*,崔玉民,刑小燕,纳米氧化锌对水性丙烯酸涂料性能的影响,涂料工业,45(5):43-46,2015。[33]张坤,陶栋梁*,张宏,崔玉民,罗春华,金凤,杨森林,王洁,吕营利,邢小燕,李世刚,正硅酸四乙酯用量对丙烯酸酯水性分散体和相应水性漆性能的影响,应用化工,44(3):410-413,2015。[34]陶栋梁,李慧珍,崔玉民,贾亚丽,刘少轩,徐怡庄,王永忠,陈继堂,师瑞娟,张文保,乔雪玲,孙文中,张宏,具有荧光传感器性能的稀土配合物制备和性能研究,光谱学与光谱分析,32(9):2473-2476,2012。[35]罗春华,董秋静,王丹,张宏,陶栋梁,崔玉民,侧链含查尔酮基团的聚(甲基)丙烯酸酯的光交联特性,发光学报,35(7):777-784,2014。[36]陶栋梁,张宏,崔玉民,王永忠,陈继堂,张坤,孙文中,不同有机碱对乙酰水杨酸铽配合物荧光性能的影响,发光学报,34(10):1295-1299,2013。[37]李慧珍,贾亚丽,乔雪玲,崔玉民,张宏,陶栋梁*,张坤,罗春华,董秋静,李慧泉,徐怡庄,耐高温型4-卤代(氟、氯)苯甲酸铽配合物的合成及荧光性能研究,发光学报,34(1):54-60,2013。[38]陶栋梁,张坤,张宏,崔玉民,徐怡庄,刘毓海,邻氟苯甲酸铽配合物的制备及其及其能级匹配程度研究,光谱学与光谱分析,34(4):994-998,2014。[39]陶栋梁,张宏,崔玉民,张春辉,王永忠,李慧泉,张坤,稀土铽配合物Tb(4-ClBA)3·2H2O变温荧光性能研究,材料保护,46,suppl.1:54-58,2013。[40]李慧泉,洪文珊,崔玉民,华林,张文保,陶栋梁,Y2O3掺杂WO3光催化剂的制备及其性能,人工晶体学报,2012,41(4):1092-1096.[41]陶栋梁,崔玉民,乔瑞等,二氧化硅包覆稀土配合物Eu(TTA)3phen制备及其荧光性能研究,光谱学与光谱分析,2011,31(03):723-726。[42]崔玉民,陶栋梁*,张文保,二氧六环参与配位的稀土配合物的制备和荧光性能研究,光谱学与光谱分析,2011,31(03):727-731。[43]陶栋梁,袁伟,崔玉民等,4-卤代苯甲酸铽配合物荧光性能的研究,中国稀土学报,2011,29(1):73-77。[44]陶栋梁,崔玉民,张文保等,配体能及分布对稀土配合物荧光性能的影响,中国稀土学报,2010,28(6):693-698。[45]陶栋梁,崔玉民,殷榕灿,具有荧光性能稀土配合物制备和测定的教学探索,阜阳师范学院学报(自然科学版),2010,3:76-78。[46]张坤,崔玉民,陶栋梁,纳米铝的应用及其制备方法研究进展,阜阳师范学院学报(自然科学版),27(3):45-47,2010。[47]崔玉民,苗慧,张文保,陶栋梁,以科研促教学,培养学生科研创新能力,化工高等教育,4:61-62,2010。[48]YangL,LiW,TaoDL,etal.Synthesisandcharacterizationofmaingroupmetalcomplexeswithpipemidicacid,SynthesisandReactivityinInorganicandMetal-OrganicChemistry,29(8):1485-1494,1999.[49]YangL,TaoDL,YangXL,etal.Synthesis,characterization,andantibacterialactivitiesofsomerareearthmetalcomplexesofpipemidicacid,Chemical&PharmaceuticalBulletin,51(5):494-498,2003.[50]TaoDL,HuangBG,XuYZ,etal.EnergytransferbetweenelectricpolymerPVKandterbiumcomplexanditstransmissionelectronmicroscope(TME)study,SPECTROSCOPYANDSPECTRALANALYSIS21(6):740-744DEC2001.[51]TaoDL,XuYZ,ZhouFS,etal.SpectroscopicandTEMstudiesonpolyvinylcarbazole/terbiumcomplexandfabricationoforganicelectroluminescentdevice,ThinSolidFilms,436(2):281-285,2003.[52]TaoDL,XuYZ,FengJ,etal.Usingaterbiumcomplexasanenergybridgetoenhanceenergytransferbetweenpolyvinylcarbazoleandeuropiumcomplexes,JournalofMaterialsChemistry,14(8):1252-1256,2004.[53]TaoDL,XuYZ,ZhengAG,etal.TherapeuticaleffectofShengmaisanisdeterminedbytheinteractionamongthethreeherbs,ProgerssinNaturalScience,13(5):334-338,2003.[54]TaoDL,XuYZ,SolowayRD,etal.Neodyniumsaltsasamodelforprotein-calciumsaltcoordinationingallstoneformation.UseofFT-Ramanpositive-feedbackspectroscopy.GASTROENTEROLOGY122(4):W986Suppl.1APR2002.[55]陶栋梁,黄宝贵,徐怡庄等,生脉散各味中药之间相互作用,自然科学进展,2002,12(5):473-478.CSCD收录核心期刊[56]陶栋梁,章婷,徐怡庄等,稀土配合物发光中的能量传递研究,中国稀土学报,2001,19(6):543.CSCD收录核心期刊[57]YangLM,TaoDL,SunY,etal.Complexationoftrivalentlanthanidecationsbyinositolinsolidstate.ThecrystalstructureandRamanspectrastudyofNdCl3centerdotinositolcenterdot9H2O,JOURNALOFMOLECULARSTRUCTURE560(1-3):105-113JAN292001.[58]HuangBG,TaoDL,XuYZ,etal.Interactionbetweenpolyamideandzincsalt,SPECTROSCOPYANDSPECTRALANALYSIS23(3):506-508JUN2003.[59]XieAF,TaoDL,ZhangZB,etal.Thecoordinationandphaseseparationinnylon-copperchloridesystem,JOURNALOFMOLECULARSTRUCTURE613(1-3):67-71AUG12002.[60]ShenH,XuZ,TaoDL,etal.TheemissionofrareearthcomplexEu(asprin)3phen,SPECTROSCOPYANDSPECTRALANALYSIS23(2):226-228APR2003.[61]ShenH,XuZ,TaoDL,etal.EmissionofrareearthcomplexTb0.5Eu0.5(asprin)3phenJOURNALOFRAREEARTHS21(5):519-521OCT2003.[62]ZhangT,XuZ,TaoDL,etal.DopedorganicelectroluminescencefromanovelrareearthcomplexTb(3-metho)3phen,JOURNALOFRAREEARTHS21(4):412-414AUG2003.[63]XuYZ,WuJG,SunWX,TaoDL,etal.AnewmechanismofRamanenhancementanditsapplication,CHEMISTRY-AEUROPEANJOURNAL8(23):5323-5331DEC22002.[64]LiY,ZhangK,XuYZ,TaoDL,etal.Luminescencecharacterofrareearthcomplexeswithderivativesofbenzoicacid,ACTAPHYSICO-CHIMICASINICA18(4):292-296APR2002.[65]XuYZ,WuJG,SunWX,TaoDL,etal.ElectronicRamanbandsofneodymiumandanewmechanismforRamanenhancement,CHEMICALJOURNALOFCHINESEUNIVERSITIES-CHINESE24(2):335-336FEB2003.[66]ZhangT,XuZ,QianL,TaoDL,TengF,GaoX,XuXR.Theconditionforelectroplexemissionfromaeuropiumcomplexdopedpoly(N-vinylcarbazole),CHEMICALPHYSICSLETTERS415(1-3):30-33OCT242005.[67]XieAF,ZhangZB,GuBY,YangGZ,TaoDL,etal.Coordinationandphaseseparationinpolyvinylpyrrolidone-neodymiumchloridecomplex,JOURNALOFMATERIALSSCIENCELETTERS21(4):345-347FEB152002.[68]DuanN,ZhangXQ,GaoX,LiuSM,XuXR,TaoDL,etal.Greenelectroluminescencegeneratedfromanewrareearthcomplex:Tb(asprin)(3)phen,SPECTROSCOPYANDSPECTRALANALYSIS21(3):267-270JUN2001.[69]TaoDL,QianWZ,HuangY,etal.Anovellow-temperaturemethodtogrowsingle-crystalZnOnanorods,JournalofCrystalGrowth,271(3-4):353-357,2004.[70]TaoDL,WeiF.Newproceduretowardssize-homogeneousandwell-dispersednickeloxidenanoparticlesof30nm,MaterialsLetters,58(25):3226-3228,2004.[71]TaoDL,XuYZ,HuangY,etal.ThesynthesisandcharacteristicCo3O4nanocrystals.SPECTROSCOPYANDSPECTRALANALYSIS25(1):5-9JAN2005.[72]QiXQ,TaoDL,HuangY,etal.ThestudyonthegrowthprocessofZnOnanorods,SPECTROSCOPYANDSPECTRALANALYSIS25(3):321-325MAR2005.[73]ZhangT,XuZ,TaoDL,etal.DopedorganicelectroluminescencefromanovelrareearthcomplexTb(3-metho)3phen,JOURNALOFRAREEARTHS21(4):412-414AUG2003.[74]ZhangT,XuZ,TaoDL,etal.TheinfluenceofZnOnanorodsonthepoly-(3,4-ethylenedioxythiophene):poly-(styrenesulphonicacid)bufferlayerinapolymerlight-emittingdiode,NANOTECHNOLOGY16(12):2861-2864DEC2005.[75]ZhangT,XuZ,QianL,TaoDL,TengF,XuXR.InfluenceofZnOnanorodontheluminescentandelectricalpropertiesoffluorescentdye-dopedpolymernanocomposite,OPTICALMATERIALS2006,29(2-3),216-219.[76]ZhangT,XuZ,QianL,TengF,XuXR,TaoDL.ImprovedemissionofEu3+byenergytransferviaTb3+incoprecipitatesTbxEu(1-x)(aspirin)3(phen),JOURNALOFAPPLIEDPHYSICS98(6):Art.No.063503SEP152005.[77]TaoDL,ChoyWCH.ThegrowthmechanismofZnOsingle-crystalnanorodssynthesizedbypolymercomplexingwithzincsalts,AppliedPhysicsA,208,91,157-160,2008.[78]WangZH,TaoDL*,GuoGS,etal.SynthesisofdispersedZrO2nano-laminaecomposedofZrO2nanocrystals,MaterialsLetters,60,3104-3108,2006.[79]SunYX,GuoGS,TaoDL,etal.Reversemicroemulsion-directedsynthesisofhydroxyapatitenanoparticlesunderhydrothermalconditions,JOURNALOFPHYSICSANDCHEMISTRYOFSOLIDS,2007,68(3),373-377.[80]Guo,J,Wang,ZH,TaoDL,etal.Studyonx-raypowderdiffractionofvariousstructuredzinctitanatepreparedbythemethodofdirectprecipitation,SPECTROSCOPYANDSPECTRALANALYSIS,2007,27(5),1024-1028.[81]GuoGS,GuoJ,TaoDL,WallaceC.H.Choy,etal.ASimpleandnewmethodtoPrepareMulti-walledCarbonNanotube/ZnOnanoparticleComposites,APPLIEDPHYSICSA,2007,89,525-528.[82]GuoGS,ShiC,TaoDL,QianWZ,HanDM,Synthesisofwell-dispersedZnOnanomaterialsbydirectlycalciningzincstearate,JOURNALOFALLOYSANDCOMPOUNDS,2009,472(1-2),343-346.[83]ZhaoL,WangZH,HanDM,TaoDL,GuoGS,Preparationofcarbonnanotube-neodymiumoxidecompositeandresearchonitscatalyticperformance,MATERIALSRESEARCHBULLETIN,44(5),984-988,2009.[84]LiHZ,WuYJ,SatoH,KongL,ZhangCF,HuangK,TaoDL,ChenJ,LiuXX,ZhaoY,XuYZ,WuJG,OzakiY,ANewFacileMethodforPreparationofNylon-6withHighCrystallinityandSpecialMorphology,MACROMOLECULES,42(4),1175-1179,2009.[85]LiuY,FengJ,TaoDL,etal.StudyontheEffectofC-TerminalAcidicProteinontheProkaryoticExpressionofalpha-ThioninbyFTIRMicrospectroscopy,SPECTROSCOPYANDSPECTRALANALYSIS,29(12),3267-3270,2009.著书:[1]WallaceC.H.Choy,Univ.ofHongKongandDongLiangTao,BeijingUniv.ofChemicalTechnology,China,Chapter2,“Rare-EarthComplexesAndItsApplicationsInOrganicLightEmittingDiodes”,inSolidStateChemistryResearchTrends,NovaSciencePublisher,Inc,2007. 相关热点