研究领域
发明专利：
(1)王建波，罗彩勤，张毅，刘青芳，一种提高材料巨磁阻抗效应的方法，2016.06.01，中国，ZL201310045335.0
(2)王建波，张毅，刘青芳，任勇，具有巨磁阻抗效应的材料及制备方法，2013.05.29，中国，ZL201210013066.5
(3)赵祥永,马金鹏(学),王飞飞,唐艳学,范方元(学),薛赛东(学),段志华,张毅,石旺舟,一种无铅压电单晶高频超声换能器及其制备方法,2017.05.11,中国，201710329558.8
近期论文
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[1]Yi.Zhang,ChaojuanHuang,MutellipTurghun,ZhihuaDuan,FeifeiWang,WangzhouShi,Electric-regulatedenhancedin-planeuniaxialanisotropyinFeGa/PMN–PTcompositeusingobliquepulsedlaserdeposition,App.Phys.A,124,289,2018.
[2]Yi.Zhang,ChaojuanHuang,ZhihuaDuan,QingfangLiu,JianboWang,EnhancedmagnetoimpedanceeffectofFe75.5Cu1Nb3Si13.5B7ribboncoveredbyin-situgrowthverticalgraphenesheets,Mater.Lett.222,134,2018.
[3]Yi.Zhang,MutellipTurghun,ChaojuanHuang,TaoWang,FeifeiWang,WangzhouShi,StructureandMagneticPropertiesofMagnetostrictiveFeGaFilmonSingle-Crystal(100)GaAsand(001)SiSubstrateFabricatedbyPulsedLaserDeposition.ActaMetallurgicaSinica(EnglishLetters),2017,DOI:10.1007/s40195-017-0686-0.
[4]YiZhang,TaoGan,TaoWang,FeifeiWang,WangzhouShi,GiantmagnetoimpedanceeffectinFe75.5Cu1Nb3Si13.5B7ribbon/FeGafilmcomposite,J.Magn.Magn.Mater.417,37,2016.
[5]YiZhang,Tao.Gan,Juan.Dong,Qingfang.Liu,Jianbo.Wang,Wangzhou.Shi,Enhancedmagnetoimpedanceeffectofcarbonfiber/Fe-basedalloycoaxialcompositebytensilestress,Carbon,93,451,2015
[6]YiZhang,JuanDong,QingfangLiu,JianboWang*,EnhancedgiantmagnetoimpedanceeffectinpatternedFeNi/FeConanostructure,J.Appl.Phys.115,255491,2014
[7]YiZhang,JuanDong,XiaojunSun,Qingfang,Liu,JianboWang*，Enhancedmagnetoimpedanceeffectinstratifiedgraphenepaper/FeNifilmcompositedmaterial,Mater.Lett.114,56,2014
[8]YiZhang,WeiweiPan,JuanDong,ZhenkunWang,QingfangLiu,JianboWang*，MorphologydependenceofelectronspinresonanceinvestigationonstructurecontrollablehollowLa0.7Sr0.3MnO3nanofibers,J.Phys.D:Appl.Phys.46105001,2013
[9]YiZhang,JuanDong,Xiaojun,Sun,Qingfang,Liu,JianboWang*,InterfacecouplinginducedenhancementofmagnetoimpedanceeffectinheterogeneousnanobrushbyadjustingtexturesofConanowires,NanoscaleRes.Lett.8,471,2013
[10]YiZhang,CongpuMu,CaiqinLuo,JuanDong,QingfangLiu,JianboWang*,EnhancedGiantMagnetoimpedanceinHeterogeneousNanobrush,NanoscaleRes.Lett.7,506,2012
[11]YiZhang,SenfuZhang,CaiqinLuo,JuanDong,QingfangLiu,JianboWang*，TuningGiantMagnetoimpedanceResponseofFe75.5Si13.5B7Nb3Cu1AmorphousRibbonbyLaserAblation,J.Magn.Magn.Mater.324,3189,2012
[12]YiZhang,JuanDong,ErxiFeng,CaiqingLuo,QingfangLiu,JianboWang*,EffectofRapidMagneticHeatTreatmentonGiantMagnetoimpedanceofFe-basedAmorphousRibbons,Chin.Phys.Lett.30,037501,2013
[13]JuanDong,YiZhang,XinleiZhang,QingfangLiu,JianboWang*,ImprovedmagneticpropertiesofSrFe12O19/FeCocore–shellnanofibersbyhard/softmagneticexchange–couplingeffect,Mater.Lett.120,9,2014
[14]RongxiangShang,YiZhang,LonggangYan,HaiyanXia,QingfangLiu*,JianboWang,StaticmagneticandmicrowaveabsorptionpropertiesofFeCo/Al2O3compositessynthesizedbyhigh-energyballmillingmethod,J.Phys.D:Appl.Phys.47,065001,2014
[15]JuanDong,YiZhang,XinleiZhang,ChenboZhao,QingfangLiu,JianboWang*InfluenceoftensilestressongiantmagnetoimpedanceeffectofelectroplatedNi1-xCox/Cucompositewires,J.AlloysComp.616,426,2014
[16]ZhiMa,YiZhang,ChenTaoCao,JingYuan,QingFangLiu,JianBoWang*,Attractivemicrowaveabsorptionandtheimpedancematcheffectinzincoxideandcarbonylironcomposite,PhysicaB406,4620,2011.
[17]XiaoqiangZhu,ZhenkunWang,YiZhang,LiXi,JianboWang*,QingfangLiu,TunableresonancefrequencyofFeNifilmsbyobliquesputtering,J.Magn.Magn.Mater.324,2899,2012
[18]ZhenkunWang,ErxiFeng,YiZhang,JianboWang*,QingfangLiu,OptimumelectrodepositionconditionsofFeCoZrfilmswithin-planeuniaxialanisotropyforhighfrequencyapplication,Mater.Chem.Phys.137,499,2012.
[19]SenfuZhang,QiyuanZhu,CongpuMu,YiZhang,QingfangLiu,JianboWang*,Current-inducedcollectivemotionof180°and360°domainwallsindoublenanowiressystem,J.Magn.Magn.Mater.347,124,2013
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