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张安民 讲师
凝聚态物性实验室


办公地点: 理工楼
电子邮箱: a.m.zhang@ruc.edu.cn
电    话:
传    真: 0086-10-62517887
研究组主页:

教育经历:

2003/9–2007/7,南京大学,凝聚态物理,学士,

2007/9–2010/7,中国人民大学,凝聚态物理,硕士,

2010/9–2013/7,中国人民大学,凝聚态物理,博士,


工作经历:

2013/9-2015/11,中国人民大学,物理学系,博士后

2015/11-至今,中国人民大学,物理学系,讲师


研究兴趣:

1.非常规超导的拉曼散射研究。

2.低维半导体的拉曼散射研究。


人才培养:




主要工作和成果:

(1) Jianting Ji (#),Anmin Zhang(#),Jiahe Fan,Yuesheng Li,Xiaoqun

Wang,Jiandi Zhang,E. W. Plummer,Qingming Zhang,Giant magneto-opticalRaman effect in a layered transition metal compound,Proc. Natl. Acad. Sci.USA,2016,113(9):2349-2353。

(2) Zhang An-Min ,Liu Kai,Ji Jian-Ting,He Chang-Zhen,Tian Yong,JinFeng,Zhang Qing-Ming,Raman phonons in multiferroic FeVO4 crystals,ChinesePhysics B,2015,24(12)。

(3) Anmin Zhang ,Jianting Ji,Tianlong Xia,Guihua Zhao,Yong Tian,FengJin,Qingming Zhang,Electron–phonon coupling in BaFe2As2: A possibleorigin of nematic phase,Physica C: Superconductivity and itsApplications,2015,519:164-167。

(4) Zhang, An-min ,Xia, Tian-long,Liu, Kai,Tong, Wei,Yang,Zhao-rong,Zhang, Qing-ming,Superconductivity at 44 K in K intercalatedFeSe system with excess Fe,Scientific Reports,2013,3。

(5) Zhang An-Min ,Zhang Qing-Ming,Electron-phonon coupling in cuprateand iron-based superconductors revealed by Raman scattering,Chinese PhysicsB,2013,22(8)。

(6) Zhang, A. M. ,Zhang, Q. M.,Raman scattering in iron-basedsuperconductors,Modern Physics Letters B,2012,26(28)。

(7) Zhang, A. M. ,Xiao, J. H.,Li, Y. S.,He, J. B.,Wang, D. M.,Chen,G. F.,Normand, B.,Zhang, Q. M.,Xiang, T.,Two-magnon Raman scattering inA(0.8)Fe(1.6)Se(2) systems (A = K, Rb, Cs, and Tl): Competition betweensuperconductivity and antiferromagnetic order,Physical ReviewB,2012,85(21)。

(8) Zhang, A. M. ,Liu, K.,Xiao, J. H.,He, J. B.,Wang, D. M.,Chen, G.F.,Normand, B.,Zhang, Q. M.,Vacancy ordering and phonon spectrum of theiron-based superconductor K0.8Fe1.6Se2,Physical Review B,2012,85(2)。

(9) Zhang, A. M. ,Liu, K.,He, J. B.,Wang, D. M.,Chen, G. F.,Normand,B.,Zhang, Q. M.,Effect of iron content and potassium substitution inA(0.8)Fe(1.6)Se(2) (A=K, Rb, Tl) superconductors: A Raman scatteringinvestigation,Physical Review B,2012,86(13)。

(10) 张安民,张清明,关联电子体系中电子和磁的拉曼散射,物理,2011,40(2):71-78。

(11) Zhang, A. M. ,Xia, T. L.,Kong, L. R.,Xiao, J. H.,Zhang, Q. M.,Effects on superconductivity of transition-metal doping in

FeSe0.5Te0.5,Journal of Physics-Condensed Matter,2010,22(24)。

(12) Shan Dong,Anmin Zhang,Kai Liu,Jianting Ji,Y. G. Ye,X. G. Luo,X.H. Chen,Xiaoli Ma,Yinghao Jie,Changfeng Chen,Xiaoqun Wang,Qingming Zhang,Ultralow-Frequency Collective Compression Mode and Strong InterlayerCoupling in Multilayer Black Phosphorus,Phys. Rev. Lett.,2016,116(8)。

(13) Feng Jin,,An Min Zhang,Jianting Ji,Kai Liu,Le Wang,Youguo

Shi,Yong Tian,Xiaoli Ma,Qingming Zhang,Raman phonons in the

ferroelectric-like metal LiOsO3,PHYSICAL REVIEW B,2016,93。

(14) Tian, Yong,Zhang, Anmin,Liu, Kai,Ji, Jianting,Liu, Jianzhong,Zhu,Xiyu,Wen, Hai-Hu,Jin, Feng,Ma, Xiaoli,He, Rui,Zhang, Qing-Ming,Ramanscattering in superconducting NdO1-xFxBiS2 crystals,Superconductor Science &Technology,2016,29(1)。

(15) Liu, W. Q.,Wang, W. Y.,Wang, J. J.,Wang, F. Q.,Lu, C.,Jin, F.,Zhang, A.,Zhang, Q. M.,van der Laan, G.,Xu, Y. B.,Li, Q. X.,Zhang, R.,Atomic-Scale Interfacial Magnetism in Fe/Graphene Hetero junction,ScientificReports,2015,5。

(16) Cui, Y. -T.,Moore, R. G.,Zhang, A. -M.,Tian, Y.,Lee, J.

J.,Schmitt, F. T.,Zhang, W. -H.,Li, W.,Yi, M.,Liu, Z. -K.,Hashimoto, M.,Zhang, Y.,Lu, D. -H.,Devereaux, T. P.,Wang, L. -L.,Ma, X. -C.,Zhang, Q.-M.,Xue, Q. -K.,Lee, D. -H.,Shen, Z. -X.,Interface FerroelectricTransition near the Gap-Opening Temperature in a Single-Unit-Cell FeSe FilmGrown on Nb-Doped SrTiO3 Substrate,Physical Review Letters,2015,114(3)。

(17) Chen, Xi,Zhu, Bairen,Zhang, Anmin,Zeng, Hualing,Zhang,

Qingming,Cui, Xiaodong,Electronic Raman Scattering On Individual

Semiconducting Single Walled Carbon Nanotubes,Scientific Reports,2014,4。

(18) Fan, Jia-He,Gao, Po,Zhang, An-Min,Zhu, Bai-Ren,Zeng, Hua-Ling,Cui,Xiao-Dong,He, Rui,Zhang, Qing-Ming(*),Resonance Raman scattering in bulk2H-MX2 (M = Mo, W; X = S, Se) and monolayer MoS2,Journal of AppliedPhysics,2014,115(5)。

(19) Liu, C. S.,Zhang, A. M.,Xu, T. F.,Wu, W. C.,Theory of two-magnonRaman scattering in alkaline iron selenide superconductors,PhysicaC-Superconductivity and Its Applications,2014,506:76-82。

(20) Ji, J. T.,Zhang, A. M.,Xia, T. L.,Cao, Q.,Liu, G. L.,Hou,

D.,Zhang, Q. M.,Magnetic-field-enhanced forbidden modes in Co-doped ZnOthin films revealed by Raman scattering,Physical Review B,2010,82(1)。

(21) Xia, T. -L.,Hou, D.,Zhao, S. C.,Zhang, A. M.,Chen, G. F.,Luo, J.L.,Wang, N. L.,Wei, J. H.,Lu, Z. -Y.,Zhang, Q. M.(*),Raman phonons ofalpha-FeTe and Fe1.03Se0.3Te0.7 single crystals,Physical ReviewB,2009,79(14)。

(22) Zhao, S. C.,Hou, D.,Wu, Y.,Xia, T. L.,Zhang, A. M.,Chen, G.

F.,Luo, J. L.,Wang, N. L.,Wei, J. H.,Lu, Z. Y.,Zhang, Q. M.,Ramanspectra in iron-based quaternary CeO1-xFxFeAs and LaO1-xFxFeAs,SuperconductorScience & Technology,2009,22(1)。