近期论文
查看导师新发文章
（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）
[1] J.H.Chu,L.B.Tong*,M.Wen,Z.H.Jiang,K.S.Wang*,H.J.Zhang,GrapheneoxidefilmasaprotectivebarrierforMgalloy:Worseorbetterisdependentonachemicalreductionprocess,Carbon,145(2019)389-400.(JCR一区TOPIF=7.446)
[2] J.H.Chu,L.B.Tong*,J.B.Zhang,S.Kamado,Z.H.Jiang*,H.J.Zhang,G.X.Sun,Bio-inspiredgraphene-basedcoatingsonMgalloysurfacesandtheirintegrationsofanti-corrosive/wearableperformances,Carbon,141(2019)154-168.(JCR一区TOPIF=7.446)
[3] J.H.Chu,L.B.Tong*,Z.H.Jiang,D.N.Zou,Q.J.Wang,S.F.Liu,H.J.Zhang*,AcomparisonstudyofCe/LaandCamicroalloyingonthebio-corrosionbehaviorsofextrudedMg-Znalloys,J.Magn.Alloys,inpress(2019).(IF=4.523)
[4] L.B.Tong*,J.H.Chu,Z.H.Jiang,S.Kamado,M.Y.Zheng*,Ultra-finegrainedMg-Zn-Ca-Mnalloywithsimultaneouslyimprovedstrengthandductilityprocessedbyequalchannelangularpressing,J.AlloysCompd.,785(2019)410-421.(JCR一区TOPIF=4.175)
[5] J.B.Zhang,L.B.Tong*,C.Xu,Z.H.Jiang*,L.R.Cheng,S.Kamado,H.J.Zhang.InfluenceofCa-Ce/LasynergisticalloyingonthemicrostructureandmechanicalpropertiesofextrudedMg–Znalloy.Mater.Sci.Eng.A,708(2017):11-20.(JCR二区TOPIF=4.081)
[6] C.J.Che,L.R.Cheng*,L.B.Tong*,Z.Y.Cai,H.J.Zhang.TheeffectofGdandZnadditionsonmicrostructuresandmechanicalpropertiesofMg-4Sm-3Nd-Zralloy.J.AlloysCompd.,706(2017)526-537.(JCR一区TOPIF=4.175)
[7] L.B.Tong,J.B.Zhang,C.Xu,X.Wang,S.Y.Song,Z.H.Jiang,S.Kamado,L.R.Cheng*,H.J.Zhang*.EnhancedcorrosionandwearresistancesbygrapheneoxidecoatingonthesurfaceofMg-Zn-Caalloy.Carbon,109(2016):340-351.(JCR一区TOPIF=7.446)
[8] L.B.Tong,Q.X.Zhang,Z.H.Jiang,J.B.Zhang,J.Meng,L.R.Cheng*,H.J.Zhang*.Microstructures,mechanicalpropertiesandcorrosionresistancesofextrudedMg-Zn-Ca-xCe/Laalloys.J.Mech.Behav.Biomed.,62(2016):57-70.(JCR二区TOPIF=3.239)
[9] L.B.Tong,J.B.Zhang,Q.X.Zhang,Z.H.Jiang,C.Xu,S.Kamado,D.P.Zhang,J.Meng,L.R.Cheng*,H.J.Zhang*.Effectofwarmrollingonthemicrostructure,textureandmechanicalpropertiesofextrudedMg–Zn–Ca–Ce/Laalloy.Mater.Charact.,115(2016):1-7.(JCR二区TOPIF=3.22)
[10] L.B.Tong,Q.X.Zhang,Z.H.Jiang,J.Meng,H.J.Zhang*.EnhancedmechanicalpropertiesofextrudedMg-Y-Znalloyfabricatedvialow-strainrolling.Mater.Sci.Eng.A,620(2015):483-489.(JCR二区TOPIF=4.081)
[11] L.B.Tong,M.Y.Zheng,L.R.Cheng,D.P.Zhang,S.Kamado,J.Meng,H.J.Zhang*.Influenceofdeformationrateonmicrostructure,textureandmechanicalpropertiesofindirect-extrudedMg–Zn–Caalloy.Mater.Charact.,104(2015):66-72.(JCR二区TOPIF=3.22)
[12] L.B.Tong,M.Y.Zheng,S.Kamado,D.P.Zhang,J.Meng,L.R.Cheng*,H.J.Zhang*.Reducingthetension-compressionyieldasymmetryofextrudedMg–Zn–Caalloyviaequalchannelangularpressing.J.Magn.Alloys,3(2015):302-308.(IF=4.523)
[13] Q.X.Zhang,L.B.Tong,L.R.Cheng,Z.H.Jiang,J.Meng,H.J.Zhang.EffectofCe/LamicroalloyingonmicrostructuralevolutionofMg-Zn-Caalloyduringsolutiontreatment.J.RareEarth,33(2015):70-76.(JCR三区IF=2.846)
[14] L.B.Tong,X.Li,D.P.Zhang,L.R.Cheng,J.Meng,H.J.Zhang*.DynamicrecrystallizationandtextureevolutionofMg-Y-Znalloyduringhotextrusionprocess.Mater.Charact.,92(2014):77~83.(JCR二区TOPIF=3.22)
[15] L.B.Tong,X.H.Li,H.J.Zhang*.Effectoflongperiodstackingorderedphaseonthemicrostructure,textureandmechanicalpropertiesofextrudedMg–Y–Znalloy.Mater.Sci.Eng.A,563(2013):177-183.(JCR二区TOPIF=4.081)
[16] L.B.Tong,M.Y.Zheng,L.R.Cheng,S.Kamado,H.J.Zhang*.Effectofextrusionratioonmicrostructure,textureandmechanicalpropertiesofindirectlyextrudedMg–Zn–Caalloy.Mater.Sci.Eng.A,569(2013):48-53.(JCR二区TOPIF=4.081)
[17] L.B.Tong,M.Y.Zheng,D.P.Zhang,W.M.Gan,H.G.Brokmeier,J.Meng,H.J.Zhang*.CompressivedeformationbehaviorofMg–Zn–Caalloyatelevatedtemperature.Mater.Sci.Eng.A,586(2013)71-77.(JCR二区TOPIF=4.081)
[18] L.B.Tong,M.Y.Zheng*,P.Song,X.S.Hu,K.Wu,S.Kamado.ImprovementofstrengthandductilityofMg-Zn-Ca-Mnalloybyequalchannelangularpressing.MagnesiumTechnology2011:195-197.(EI)
[19] L.B.Tong,M.Y.Zheng*,S.W.Xu,S.Kamado,Y.Z.Du,X.S.Hu,K.Wu,W.M.Gan,H.G.Brokmeier,G.J.Wang,X.Y.Lv.EffectofMnadditiononmicrostructure,textureandmechanicalpropertiesofMg-Zn-Caalloy.Mater.Sci.Eng.A,528(2011):3741-3747.(JCR二区TOPIF=4.081)
[20] L.B.Tong,M.Y.Zheng*,X.S.Hu,K.Wu,S.W.Xu,S.Kamado,Y.Kojima.InfluenceofECAProutesonmicrostructureandmechanicalpropertiesofMg-Zn-Caalloy.Mater.Sci.Eng.A,527(2010):4250-4256.(JCR二区TOPIF=4.081)
[21] L.B.Tong,M.Y.Zheng*,S.W.Xu,X.S.Hu,K.Wu,S.Kamado,G.J.Wang,X.Y.Lv.Room–temperaturecompressivedeformationbehaviorofMg-Zn-Caalloyprocessedbyequalchannelangularpressing.Mater.Sci.Eng.A,528(2010):672-679.(JCR二区TOPIF=4.081)
[22] L.B.Tong,Y.H.Li*,F.L.Meng,H.W.Tian,W.T.Zheng,Y.M.Wang.InvestigationonmechanicalpropertiesofsputteredTiNithinfilms.J.AlloysCompd.,494(2010):166-168.(JCR一区TOPIF=4.175)
[23] M.Y.Zheng*,L.B.Tong,S.W.Xu,X.S.Hu,K.Wu,S.Kamado.MicrostructureandMechanicalPropertiesofExtrudedMg-Zn-CaAlloy.Mater.Sci.Forum,654-656(2010):703-706.(导师为第一作者,EI)
[24] L.B.Tong*,M.Y.Zheng,H.Chang,X.S.Hu,K.Wu,S.W.Xu,S.Kamado,Y.Kojima.MicrostructureandmechanicalpropertiesofMg–Zn–Caalloyprocessedbyequalchannelangularpressing.Mater.Sci.Eng.A,523(2009):289-294.(JCR二区TOPIF=4.081)
[25] M.Y.Zheng*,G.DFan,L.B.Tong,X.S.Hu,K.Wu.DampingbehaviorandmechanicalpropertiesofMg-Cu-Mnalloyprocessedbyequalchannelangularpressing.Trans.NonferrousMet.Soc.China,18(2008):33-38.(JCR三区IF=1.795)
[26] H.Chang,M.Y.Zheng*,K.Wu,W.M.Gan,L.B.Tong,H.G.Brokmeier.Microstructureandmechanicalpropertiesoftheaccumulativerollbonded(ARBed)puremagnesiumsheet.Mater.Sci.Eng.A,527(2010):7176-7183.(JCR二区TOPIF=4.081)
[27] Y.Q.Zhou,D.N.Zou*,Y.Pang,T.G.Wei,W.Zhang,Y.B.Zhang,L.B.Tong*,X.Lv,W.W.Chen,Comparativestudyontheoxidationbehaviorofausteniticandferriticheat-resistantstainlesssteelsathightemperatures,JOM,https://doi.org/10.1007/s11837-019-03579-5(JCR二区TOPIF=2.305)
[28] H.Chang,X.S.Hu*,X.J.Wang,J.F.Du,L.B.Tong,AgingbehavioroftheextrudedSiCp-reinforcedAZ91Mgalloycomposite,J.Mater.Res.,Doi:10.1557/jmr.2018.427(JCR四区TOPIF=1.982)
[29] Q.J.Wang*,D.Liu,L.B.Tong*,Y.Zhou,W.Wang,H.X.Zhou,R.X.Fan,EnhancedStressCorrosionCrackingResistanceofUltrafine-GrainedCu-Cr-ZrAlloyFabricatedviaEqual-ChannelAngularPressing,Metals,9(2019)824(JCR三区TOPIF=2.259)
[30] 张洪杰,佟立波,文懋,邱鑫,张庆鑫,孟健.一种高性能耐蚀稀土镁合金的制备方法,专利号:ZL201410409421.X.（PI为第一发明人）
[31] 张洪杰,佟立波,文懋,张庆鑫,邱鑫,孟健.一种稀土镁合金及其制备方法,专利号:ZL201410409425.8.（PI为第一发明人）
[32] 张洪杰,佟立波,张庆鑫,邱鑫,田政,程丽任,孟健.超细晶稀土镁合金的制备方法,专利号:ZL201310201733.7.（PI为第一发明人）
[33] 张洪杰,佟立波,张佳斌,江忠浩,邱鑫,张德平,孟健.一种电视机挂架,专利号:ZL201720248123.6.（PI为第一发明人）
[34] 郑明毅,佟立波,常海,吴昆,超细晶镁/钛层状复合板材的制备方法,专利号:ZL200810064179.1.（导师为第一发明人）
[35] 张洪杰,程丽任,佟立波,邱鑫,一种用于镁合金半连续铸造的分流装置及铸造系统,专利号:Zl201510859206.4.
[36] 程丽任,张洪杰,孟健,佟立波,一种搅拌摩擦装置,专利号:ZL201720687622.5.
[37] 孟健,邱鑫,牛晓东,杨强,佟立波,张洪杰.高延展性稀土镁合金,专利号:ZL201410195909.7.
京公网安备 11010802027423号