个人简介
孙彬,男,1976年出生,材料学博士,上海交通大学博士后,现为青岛大学物理科学学院副教授、特聘教授,法国上法兰西理工大学博士生导师。目前在Prog.Polym.Sci.、Prog.Mater.Sci.、NanoEnergy、ACSNano、Nanoscale、J.Mater.Chem.C、J.Mater.Chem.B等期刊上发表SCI/EI科研论文20余篇,第一位次获国家发明专利授权4项。中国微米纳米技术学、中国化学会会员。邮箱:qdusun@qdu.edu.cn,qdusun@126.com
专利:
1.一种有序排列同轴结构微纳米纤维的制备方法。发明人:孙彬,唐成春,龙云泽,黄蓉,王文修。授权专利号:ZL201110269757.7.
2.一种基于有序排列扭曲结构柔性可拉伸器件的制备方法。发明人:孙彬,龙云泽,何宏伟,于桂凤,闫旭,张君诚,韩文鹏。授权专利号:ZL201410425566.9.
3.一种二维网状结构柔性可拉伸器件的制备方法。发明人:孙彬,龙云泽,韩文鹏,林大鹏,黄渊源,张君诚,李一峰。授权专利号:ZL201410391126.6.
4.一种基于有序排列扭曲结构柔性可拉伸器件的制备方法。发明人:孙彬,龙云泽,何宏伟,于桂凤、闫旭、张君诚、韩文鹏。授权专利号:ZL201410425566.9
5.高介电、高储能纳米复合材料的制备方法。发明人:孙彬,黄兴溢,陈金,朱荧科,王利伟,江平开。专利申请号:CN201711056990
6.一种压电传感器的制备方法及压电传感器的应用。发明人:孙彬,郭文哲,谭岑孝,龙云泽,刘刚。专利申请号:CN201810660256。
编写教材:
1.孙彬、杨文华编,《大学物理》,人民邮电出版社,2010.5,ISBN:978-7-115-22600-6&978-7-115-22609-9
2.孙彬、李延强编,《大学物理实验》,人民邮电出版社,2010.5,ISBN:978-7-115-22613-6
BookChapter
1.Yun-ZeLong,BinSun,Hong-DiZhang,Jean-LucDuvail,Chang-ZhiGu,Hai-LeiYin,“FabricationandApplicationsofAlignedNanofibersbyElectrospinning”(Chapter2,pp.41-66),inNanofibers:Synthesis,Properties,andApplications,BookEditedbyWeiDongLiandXuePingWang,ISBN:978-1-62257-085-0,Oct.2012,NOVAPublishers.
2.Yun-ZeLong,BinSun,Zhi-MingZhang,Hong-DiZhangandChang-ZhiGu,“Synthesis,ElectricalPropertiesandApplicationsofConductingPolymerNanotubesandNanofibers”(Chapter6,pp.179-200),inConductingPolymers:Synthesis,PropertiesandApplications,BookEditedbyLuizCarlosPimentelAlmeida,ISBN:978-1-62618-119-9,May2013,NOVAPublishers.
3.M.G.Gong,Y.Z.Long,X.L.Xu,H.D.ZhangandB.Sun,“Synthesis,Superhydrophobicity,EnhancedPhotoluminescenceandGasSensingPropertiesofZnONanowire”(Chapter5,pp77-100)inNanowires-RecentAdvances,BookEditedbyXihongPeng,ISBN978-953-51-0898-6,Dec.2012,INTECH,Croatia.
4.BinSun,MiaoYu,Yun-ZeLong,Wen-PengHan,“FLEXIBLEELECTRONICDEVICESBASEDONELECTROSPUNMICRO-/NANOFIBERS”(Chapter10,pp435-461)inFlexibleElectronics:FromMaterialsToDevices,EditedbyGuozhenShenandZhiyongFan,ISBN978-981-4651-98-1,Jun.2016,WorldScientific,Singapore
研究领域
研究方向主要为静电纺丝技术制备功能纳米纤维及其应用。
近期论文
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近期发表的论文:
1.XingyiHuang,BinSun,YingkeZhu,ShengtaoLi,andPingkaiJiang,High-kPolymerNanocompositeswith1DFillerforDielectricandEnergyStorageApplications,ProgressinMaterialsScience,2019,100,187.
2.WenzheGuo,CenxiaoTan,KunmingShi,JunwenLi,Xiao-XiongWang,BinSun,XingyiHuang,Yun-ZeLong,andPingkaiJiang,WirelesspiezoelectricdevicesbasedonelectrospunPVDF/BaTiO3NWnanocompositefibersforhumanmotionmonitoring,Nanoscale,2018,10,17751.
3.KunmingShi,BinSun,XingyiHuang,andPingkaiJiang,SynergisticeffectofgrapheneandBaTiO3nanoparticlesonperformanceenhancementofelectrospunPVDFnanofibermatforflexiblepiezoelectricnanogenerators,NanoEnergy,2018,52,153.
4.KunmingShi,XingyiHuang,BinSun,ZhiyiWu,JinliangHe,andPingkaiJiang,Cellulose/BaTiO3aerogelpaperbasedflexiblepiezoelectricnanogeneratorsandtheelectriccouplingwithtriboelectricity,NanoEnergy,2019,57,450.
5.JinChen,XingyiHuang,BinSun,andPingkaiJiang,HighlyThermallyConductiveYetElectricallyInsulatingPolymer/BoronNitrideNanosheetsNanocompositeFilmsforImprovedThermalManagementCapability,ACSNano,2019,13,337.