葛炳辉

主要研究方向：

1）球差矫正电子显微学方法，像衬理论，电子晶体学方法研究；

2）利用原位或离位球差矫正电镜表征催化剂，热电材料和高温合金等，材料微观结构，探索材料构效关系。

近五年材料表征方面研究工作主要发表在EES，Joule,Naturecommunications，AdvancedMaterials，Angewandte等顶级杂志；另外，电镜方面工作发表在Ultramicroscopy,MicroscopyandMicroanalysis，Microscopy等电镜顶级期刊。应邀编写电镜类相关书籍2章(节) 

入选2018年natureindexrisingstar 。

2019

1.Chen,J.,H.Hu,J.Wang,T.Yajima,B.Ge,X.Ke,H.Dong,Y.Jiang,andN.Chen,MaterialsHorizons,2019.6(4):p.788-795.

2.Chen,J.K.,W.Mao,B.H.Ge,J.Wang,X.Y.Ke,V.Wang,Y.P.Wang,M.Dobeli,W.T.Geng,H.Matsuzaki,J.Shi,andY.Jiang,NatureCommunications,2019.10:p.8.

3.Huang,K.,L.Zhang,T.Xu,H.Wei,R.Zhang,X.Zhang,B.Ge,M.Lei,J.-Y.Ma,L.-M.Liu,andH.Wu,NatureCommunications,2019.10(1):p.606.

4.Huang,X.,J.Zhu,B.Ge,K.Deng,X.Wu,T.Xiao,T.Jiang,Z.Quan,Y.C.Cao,andZ.Wang,JournaloftheAmericanChemicalSociety,2019.141(7):p.3198-3206.

5.Ling,T.,T.Zhang,B.H.Ge,L.L.Han,L.R.Zheng,F.Lin,Z.R.Xu,W.B.Hu,X.W.Du,K.Davey,andS.Z.Qiao,AdvancedMaterials,2019.31(16):p.7.

6.Ou,G.,F.Wu,K.Huang,N.Hussain,D.Zu,H.Wei,B.Ge,H.Yao,L.Liu,H.Li,Y.Shi,andH.Wu,ACSAppliedMaterials&Interfaces,2019.11(4):p.3978-3983.

7.Wei,H.,H.Wu,K.Huang,B.Ge,J.Ma,J.Lang,D.Zu,M.Lei,Y.Yao,W.Guo,andH.Wu,ChemicalScience,2019.10:p.2830-2836.

8.Wu,Y.,Z.Chen,P.Nan,F.Xiong,S.Lin,X.Zhang,Y.Chen,L.Chen,B.Ge,andY.Pei,Joule,2019.3:p.1-13.

9.Xia,K.,P.Nan,S.Tan,Y.Wang,B.Ge,W.Zhang,S.Anand,X.B.Zhao,G.J.Snyder,andT.Zhu,Energy&EnvironmentalScience,2019.12:p.1568--1574.

10.Xuan,N.,J.Chen,J.Shi,Y.Yue,P.Zhuang,K.Ba,Y.Sun,J.Shen,Y.Liu,B.Ge,andZ.Sun,ChemistryofMaterials,2019.31(2):p.429-435.

11.Zhao,D.,Y.Li,S.Han,Y.Zhang,G.Jiang,Y.Wang,K.Guo,Z.Zhao,C.Xu,R.Li,C.Yu,J.Zhang,B.Ge,andE.V.Kondratenko,iScience,2019.13:p.269-276.

2018

1.He,Q.,Y.Y.Wan,H.L.Jiang,C.Q.Wu,Z.T.Sun,S.M.Chen,Y.Zhou,H.P.Chen,D.B.Liu,Y.A.Haleem,B.H.Ge,X.J.Wu,andL.Song,NanoResearch,2018.11(3):p.1687-1698.

2.Huang,K.,J.W.Hou,Q.Y.Zhang,G.Ou,D.D.Ning,N.Hussain,Y.S.Xu,B.H.Ge,K.Liu,andH.Wu,ChemicalCommunications,2018.54(2):p.160-163.

3.Jiang,S.,B.H.Ge,B.J.Xu,Q.G.Wang,andB.B.Cao,Crystengcomm,2018.20(5):p.556-562.

4.Liu,D.B.,S.Q.Ding,C.Q.Wu,W.Gan,C.D.Wang,D.F.Cao,Z.U.Rehman,Y.Sang,S.M.Chen,X.S.Zheng,Y.Wang,B.H.Ge,andL.Song,JournalofMaterialsChemistryA,2018.6(16):p.6840-6846.

5.Liu,D.B.,C.Q.Wu,S.M.Chen,S.Q.Ding,Y.F.Xie,C.D.Wang,T.Wang,Y.A.Haleem,Z.U.Rehman,Y.Sang,Q.Liu,X.S.Zheng,Y.Wang,B.H.Ge,H.X.Xu,andL.Song,NanoResearch,2018.11(4):p.2217-2228.

6.Liu,X.Z.,B.H.Ge,Z.Xu,andL.Gu,Science,2018.360(6389):p.19-22.

7.Mao,J.,J.L.Niedziela,Y.M.Wang,Y.Xia,B.H.Ge,Z.H.Liu,J.W.Zhou,Z.S.Ren,W.S.Liu,M.K.Y.Chan,G.Chen,O.Delaire,Q.Zhang,andZ.F.Ren,NanoEnergy,2018.48:p.189-196.

8.Ou,G.,Y.S.Xu,B.Wen,R.Lin,B.H.Ge,Y.Tang,Y.W.Liang,C.Yang,K.Huang,D.Zu,R.Yu,W.X.Chen,J.Li,H.Wu,L.M.Liu,andY.D.Li,NatureCommunications,2018.9.

9.Pengfei,N.,L.Ruibin,C.Yunjie,W.Hongbo,W.Yumei,Y.Richeng,S.Jun,G.Wei,andG.Binghui,Nanotechnology,2018.29(26):p.26LT01.

10.Shuai,J.,B.H.Ge,J.Mao,S.W.Song,Y.M.Wang,andZ.F.Ren,JournaloftheAmericanChemicalSociety,2018.140(5):p.1910-1915.

11.Wang,C.D.,H.Xie,S.M.Chen,B.H.Ge,D.B.Liu,C.Q.Wu,W.J.Xu,W.S.Chu,G.Babu,P.M.Ajayan,andL.Song,AdvancedMaterials,2018.30(32):p.9.

12.Wang,N.,W.J.Sun,Y.L.Hou,B.H.Ge,L.Hu,J.Q.Nie,W.Z.Qian,andF.Wei,JournalofCatalysis,2018.360:p.89-96.

13.Wei,H.,K.Huang,L.Zhang,B.Ge,D.Wang,J.Lang,J.Ma,D.Wang,S.Zhang,Q.Li,R.Zhang,N.Hussain,M.Lei,L.-M.Liu,andH.Wu,AngewandteChemieInternationalEdition,2018.57(13):p.3354-3359.

14.You,L.,Y.Liu,X.Li,P.Nan,B.Ge,Y.Jiang,P.Luo,S.Pan,Y.Pei,W.Zhang,G.J.Snyder,J.Yang,J.Zhang,andJ.Luo,Energy&EnvironmentalScience,2018.

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