个人简介

个人简介： 2018年毕业于湖南大学物理与微电子科学学院，获理学博士学位。研究方向主要包括微纳结构的设计加工，纳米材料合成及其光-电化学性质研究以及新能源器件开发等。在相关领域期刊参与发表SCI学术论文10余篇，谷歌学术引文总引用超过200余次。 学习及工作经历: 2018–至今广州大学机械与电气工程学院副教授 2014-2018湖南大学物理与微电子科学学院博士导师：段辉高教授 2011-2014西北师范大学物理学硕士导师：王涛教授 2007-2011兰州城市学院物理学学士 学术及科研成果: （1）项目 参与国家自然科学基金面上项目一项，国家自然科学基金青年科学基金项目一项。

研究领域

微纳加工，纳米材料合成及其电化学性能研究，新能源器件

微纳加工制造技术 纳米材料设计合成及其光-电化学性能研究 新能源器件的开发及应用研究

近期论文

查看导师最新文章 （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.HuiminShi,HangZhang,ZhiChen,TaoWang,LeiWang,WeiZeng,GuanhuaZhang,HuigaoDuan.SynthesisofTiNNanostructuresbyMg-AssistedNitridingTiO2inN2forLithiumIonStorage.ChemicalEngineeringJournal336(2018)12-19.(JCRQ1,SCI) 2.HuiminShi,ShiZhang,XupengZhu,YuLiu,TaoWang,TianJiang,GuanhuaZhang,HuigaoDuan.UniformGold-Nanoparticle-Decorated{001}-FacetedAnataseTiO2NanosheetsforEnhancedSolar-LightPhotocatalyticReactions.ACSAppliedMaterials&Interfaces,9(2017)36907-36916.(JCRQ1,SCI) 3.HuiminShi,XuejiaoWang,MengjieZheng,XingWu,YiqinChen,ZhengmeiYang,GuanhuaZhang,HuigaoDuan.Hot-ElectronsMediatedEfficientVisible-LightPhotocatalysisofHierarchicalBlackAu－TiO2NanorodArraysonFlexibleSubstrate.AdvancedMaterialsInterfaces,3(2016)1600588.(JCRQ1,SCI) 4.HuiminShi,MingZhou,DengfeiSong,XiaojunPan,JiecaiFu,JinyuanZhou,ShuyiMa,TaoWang.HighlyPorousSnO2/TiO2ElectrospunNanofiberswithHighPhotocatalyticActivities.CeramicsInternational40(2014)10383-10393.(JCRQ1,SCI) 5.JinxinWei*,HuiminShi*,MingZhou,DengfeiSong,YuZhang,XiaojunPan,JinyuanZhou,TaoWang.EffectofOilontheMorphologyandPhotocatalysisofEmulsionElectrospunTitaniumDioxideNanomaterials.AppliedCatalysisA:General499(2015)101-108.(Co-firstauthor,JCRQ1,SCI) 6.ZhiyongTang,GuanhuaZhang,HangZhang,LeiWang,HuiminShi,DonghaiWei,HuigaoDuan.MOF-derivedN-dopedCarbonBubblesonCarbonTubeArraysforFlexibleHigh-rateSupercapacitors.EnergyStorageMaterials10(2018)75-84. 7.KaixiBi,QuanXiang,YiqinChen,HuiminShi,ZhiqinLi,JunLin,YongzheZhang,QiangWan,GuanhuaZhang,ShiqiaoQin,XueaoZhang,HuigaoDuan.DirectPatterningofHighly-conductiveGraphene@copperCompositesUsingCopperNaphthenateAsaResistforGrapheneDeviceApplications.Nanoscale9(2017)16755-16763.(JCRQ1,SCI) 8.LeiWang,GuanhuaZhang,XiaojiaZhang,HuiminShi,WeiZeng,HangZhang,QingLiu,ChengchaoLi,QuanhuiLiu,HuigaoDuan.PorousUltrathinCarbonNanobubblesFormedCarbonNanofiberWebsforHigh-performanceFlexibleSupercapacitors.JournalofMaterialsChemistryA5(2017)14801-14810.(JCRQ1,SCI) 9.HangZhang,ZhiyongTang,KangZhang,LeiWang,HuiminShi,GuanhuaZhang,HuigaoDuan.Pseudo-solid-solutionCuCo2O4/CNanofibersasExcellentAnodesforLithiumIonBatteries.ElectrochimicaActa247(2017)692–700.(JCRQ1,SCI) 10.XupengZhu,YiqinChen,HuiminShi,ShiZhang,QuanhuiLiu,HuigaoDuan.Split-orientation-modulatedPlasmonCouplinginDisk/SectorDimers.JournalofAppliedPhysics121(2017)213105.(JCRQ2,SCI) 11.XupengZhu,HuiminShi,ShiZhang,QuanhuiLiu,HuigaoDuan.Constructive-interference-enhancedFanoResonanceofSilverPlasmonicHeptamerswithaSubstrateMirror:ANumericalStudy.OpticsExpress25(2017)9938-9946. 12.ZhiChen,TingYang,HuiminShi,TaihongWang,MingZhang,GuozhongCao.SingleNozzleElectrospinningSynthesizedMoO2@CCoreShellNanofiberswithHighCapacityandLong-TermStabilityforLithium-IonStorage.AdvancedMaterialsInterfaces,4(2016)1600816.(JCRQ1,SCI) 13.WeiZeng,LeiWang,HuiminShi,GuanhuaZhang,KangZhang,HangZhang,LongfeiGong,TaihongWang,HuigaoDuan.Metal–organic-framework-derivedZnO@C@NiCo2O4core–shellStructuresasanAdvancedElectrodeforHigh-performanceSupercapacitors.JournalofMaterialsChemistryA4(2016)8233-8241.(JCRQ1,SCI) 14.TaoWang,JinxinWei,HuiminShi,MingZhou,YuZhang,QiChen,ZhengmeiZhang.PreparationofElectrospunAg/TiO2NanotubeswithEnhancedPhotocatalyticActivityBasedonWater/oilPhaseSeparation.PhysicaE：Low-dimensionalSystems&Nanostructures86(2017)103–110.(JCRQ2,SCI) 15.HangZhang,GuanhuaZhang,ZhiqinLi,KeQu,HuiminShi,QingfengZhang,HuigaoDuan,JianhuiJiang.Osiers-sprout-likeHeteroatom-dopedCarbonNanofibersasUltrastableAnodesforLithium/sodiumIonStorage.NanoResearch(2018)DOI:10.1007/s12274-017-1953-0.(JCRQ1,SCI) 16.ChunhuaWang#，HuiminShi#，HuaizhiLiu，JiecaiFu，DonghaiWei，WeiZeng,QiangWan，GuanhuaZhang*，HuigaoDuan.Quasi-atomic-scalePlatinumAnchoredonPorousTitaniumNitrideNanorodArraysforHighlyEfficientHydrogenEvolution.ElectrochimicaActa.,2921December(2018),727-735.(Co-firstauthor,JCRQ1,SCI) 17.XuejiaoWang#,XupengZhu#,HuiminShi#,YiqinChen,ZhiquanChen,YixuanZeng,ZhixiangTang,*andHuigaoDuan*.Three-dimensional-stackedGoldNanoparticleswithSub‑5nmGapsonVerticallyAlignedTiO2NanosheetsforSurface-enhancedRamanScatteringDetectionDownto10fmScale.ACSAppliedMaterials&Interfaces,(2018),10,35607−35614.(Co-firstauthor,JCRQ1,SCI)