姜胜林教授、张光祖副教授课题组的研究方向为纳米能源材料，包括能量转换（如纳米能量收集材料与器件、纳米传感器）、能量存储（如纳米复合电介质材料）和能量搬运（如electrocaloric等）材料，并努力将材料的功能性与热传导、机械性能相结合，意在推动材料在人体可穿戴和可植入电子器件上的应用。课题组发表SCI论文百余篇，包括AdvancedMaterials，ACSNano，EnergyandEnvironmentalScience等高水平论文多篇。课题组与美国宾夕法尼亚州立大学等世界一流大学长期合作，在相关领域取得了一些了卓有成效的成果。
课题组现希望聘请博士后研究员，合作做出更好的成果。课题组非常期待不同研究方向和背景的力量加入，研究方向可以是材料（金属、无机非金属、有机材料、各种功能材料、生物材料等）、物理理论、化学等等。课题组网站：http://www.eifmdhust.com
待遇：年薪20万+，优秀者可面议。其他待遇福利与普通教师同等。
联系邮箱：jsl@hust.edu.cn,zhanggz@hust.edu.cn
邮件标题注明：应聘某某岗位+本人姓名+清新电源网。
课题组近期代表论文：
[1]GuangzuZhang,etal.Flexiblethree-dimensionalinterconnectedpiezoelectricceramicfoambasedcompositesforhighlyefficientconcurrentmechanicalandthermalenergyharvesting,Energy&EnvironmentalScience,accepted
[2]GuangzuZhang+,XiaoshanZhang+,HoubingHuang+,JianjunWang,QiLi,Long-QingChen,QingWang*,“TowardWearableCoolingDevices:HighlyFlexibleElectrocaloricBa0.67Sr0.33TiO3NanowireArrays”,Adv.Mater.28,4811(2016).
[3]LixinXing,QiLi,GuangzuZhang,XiaoshanZhang,FeihuaLiu,LiLiu*,YudongHuang,QingWang*,“Self-HealablePolymerNanocompositesCapableofSimultaneouslyRecoveringMultipleFunctionalities”,Adv.Funct.Mater.26,3524(2016)
[4]QiLi+,FeihuaLiu+,TiannanYang,MatthewR.Gadinski,GuangzuZhang,Long-QingChen,QingWang*,“Sandwich-structuredpolymernanocompositeswithhighenergydensityandgreatcharge-dischargeefficiencyatelevatedtemperatures”,Proc.Natl.Acad.Sci.U.S.A.,113,9995(2016).
[5]GuangzuZhang+,XiaoshanZhang+,TiannanYang,QiLi,Longqing.Chen,ShenglinJiang*,QingWang*,“ColossalRoom-TemperatureElectrocaloricEffectinFerroelectricPolymerNanocompositesUsingNanostructuredBariumStrontiumTitanates”,ACSNano.9,7164(2015).
[6]QiLi,LeiChen,MatthewR.Gadinski,Sihai.Zhang,GuangzuZhang,HaoyuLi,AmanHaque,LongqingChen,TomJackson,QingWang*,“FlexibleHigh-TemperatureDielectricMaterialsfromPolymerNanocomposites”,Nature523,576.(2015).
[7]GuangzuZhang,QiLi,HaimingGu,ShenglinJiang,KuoHan,MatthewR.Gadinski,M.AmanHaque,QimingZhang,QingWang*,“FerroelectricPolymerNanocompositesforRoom-TemperatureElectrocaloricRefrigeration,”Adv.Mater.27,1450(2015).
[8]QiLi,GuangzuZhang*,XiaoshanZhang,ShenglinJiang,YikeZeng,QingWang*,“RelaxorFerroelectricBasedElectrocaloricPolymerNanocompositeswithABroadOperatingTemperatureRangeandHighCoolingEnergy”,Adv.Mater.27,2236(2015).
[9]QiLi+,GuangzuZhang+,FeihuaLiu,KuoHan,MatthewR.Gadinski,ChuanxiXiong*,QingWang*,“Solution-ProcessedFerroelectricTerpolymerNanocompositeswithHighBreakdownStrengthandEnergyDensityUtilizingBoronNitrideNanosheets”,EnergyEnviron.Sci.,8,922(2015).
[10]GuangzuZhang,DingyangZhu,XiaoshanZhang,LingZhang,JinqiaoYi,BingXie,YikeZeng,QiLi,QingWang*,ShenglinJiang*,“High-EnergyStoragePerformanceof(Pb0.87Ba0.1La0.02)(Zr0.68Sn0.24Ti0.08)O3AntiferroelectricCeramicsFabricatedbytheHot-PressSinteringMethod”,J.Am.Ceram.Soc.98,1175(2015).
[11]KuoHan+,QiLi+,ChalathornChanthad,MatthewR.Gadinski,GuangzuZhang,QingWang*,“AHybridMaterialApproachTowardSolution-ProcessableDielectricsExhibitingEnhancedBreakdownStrengthandHighEnergyDensity”,Adv.Funct.Mater.25,3505(2015).
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