先后承担20余项国家级项目和多项省、市科研项目，文件备索。

 1)       Wu,C., Q. Li, S. Zhao, Z.-H. Zhang, S.-J. Wei, and H.-Q. Li, Analytical full complex-amplitude control strategyfor metasurface. New Journal of Physics, 2021. 23(8).

2)       Yang,R.S., J. Xu, N.H. Shen, F.L. Zhang, Q.H. Fu, J.J. Li, H.Q. Li, and Y.C. Fan, Subwavelength optical localizationwith toroidal excitations in plasmonic and Mie metamaterials. Infomat, 2021.3(5): p. 577-597.

3)       Wu,C., Q. Li, S. Zhao, Z.H. Zhang, X. Liu, S.J. Wei, and H.Q. Li, Broadband Efficient Dual-Polarization Airy BeamGeneration with Reflective Metasurface. Physica Status Solidi B-Basic Solid StatePhysics, 2021. 258(5).

4)       Wu,C., Q. Li, S. Zhao, Z.H. Zhang, X. Liu, S.J. Wei, and H.Q. Li, Broadband Efficient Polarization-Pure Airy BeamGeneration Based on Three-Layer Metasurface. Physica Status Solidi B-BasicSolid State Physics, 2021. 258(6).

5)       Cheng,K.Y., Y.C. Fan, W.X. Zhang, Y.B. Gong, S. Fei, and H.Q. Li, Optical Realization of Wave-Based Analog Computingwith Metamaterials. Applied Sciences-Basel, 2021. 11(1).

6)       Shang,X., D. Cuypers, T. Baghdasaryan, M. Vervaeke, H. Thienpont, J. Beeckman, K. Neyts,Q. Li, C. Wu, H. Li, C.Jiang, and H. De Smet, Active Optical Beam Shaping Based on Liquid Crystals andPolymer Micro-Structures. Crystals, 2020. 10(11).

7)       Cheng,K., W. Zhang, Z. Wei, Y. Fan, C. Xu, C. Wu, X. Zhang, and H. Li, Simulate Deutsch-Jozsa algorithm with metamaterials.Optics Express, 2020. 28(11): p. 16230-16243.

8)       Yang,F., Y.C. Fan, R.S. Yang, J. Xu, Q.H. Fu, F.L. Zhang, Z.Y. Wei, and H.Q. Li, Controllable coherentperfect absorber made of liquid metal-based metasurface. Optics Express, 2019.27(18): p. 25974-25982.

9)       Xu,C.W., X.M. Zhang, K.Y. Cheng, X.B. Shang, Q. Li, Z.Y. Wei, C. Wu, and H.Q. Li, Tunable Unidirectivityof Metal-Dielectric-Metal Plasmonic Nanoantennas With PT-Symmetric Potentials.Frontiers in Physics, 2019. 7.

10)   Xu,C.W., K.Y. Cheng, Q. Li, X.B. Shang, C. Wu, Z.Y. Wei, X.M. Zhang, and H.Q. Li, The dual-frequencyzero-backward scattering realized in a hybrid metallo-dielectric nanoantenna.Aip Advances, 2019. 9(7): p. 9.

11)   Xiaobing,S., C. Dieter, C. Fang, X. Chaowei, L. Quan, W. Chao, L. Hongqiang, J. Changjun, and S. Herbert De, Dual-frequencyliquid crystal-polymer grating for fast response optical beam steering. SmartMaterials and Structures, 2019.

12)   Miao,P., K.Y. Cheng, H.Q. Li, J.W.Gu, K.J. Chen, S. Wang, D. Wang, T.X. Liu, B.B. Xu, and J.Kong,Poly(dimethylsilylene)diacetylene-Guided ZIF-Based Heterostructures for FullKu-Band Electromagnetic Wave Absorption. Acs Applied Materials &Interfaces, 2019. 11(19): p. 17706-17713.

13)   Li,Q., C. Wu, X. Liu, S. Zhao, Z.H. Zhang, X.B. Shang, Z.Y. Wei, and H.Q. Li, Geometric Phase BasedCircular Array for Multimode Vortex Beam Generation. Annalen Der Physik, 2019.531(12): p. 8.

14)   KaiyangCheng, Zeyong Wei , Yuancheng Fan , Xiaoming Zhang , Chao Wu , HongqiangLi ,Realizing Broadband Transparency via Manipulating the HybridCoupling Modes in Metasurfaces for High‐EfficiencyMetalens,Advanced optical materials, 2019 May 7

15)   Gong,Zhijie, Chao Wu, Chaoqun Fang, Song Zhao, Anqi Sun, Zeyong Wei, and Hongqiang Li, Broadbandefficient vortex beam generation with metallic helix array. Applied PhysicsLetters, 2018. 113(7).

16)   YuanchengFan, Nian-Hai Shen, Fuli Zhang, Qian Zhao, Zeyong Wei, Peng Zhang, Jiajia Dong,Quanhong Fu, Hongqiang Li,and Costas M. Soukoulis，Photoexcited Graphene Metasurfaces:Significantly Enhanced and Tunable Magnetic Resonances，ACS Photonics Article ASAP，（February 27, 2018）

17)   YuanchengFan, Fuli Zhang, Nian-Hai Shen, Quanhong Fu, Zeyong Wei, Hongqiang Li, and Costas M. Soukoulis，Achieving a high-Q response in metamaterialsby manipulating the toroidal excitations，PHYSICAL REVIEWA 97, 033816 (12 March 2018)

18)   XuZhang, Zeyong Wei, Yuancheng Fan, Chao Wu, Kaiyang Cheng, Limei Qi, BaiwenZhang, and Xia Zhang，Ultrathin dual-functional metasurface withtransmission and absorption characteristics，OpticalMaterials Express，8（4），875-883，（1 Apr 2018）

19)   ChaoqunFang, Chao Wu, Zhijie Gong, Song Zhao, Anqi Sun, Zeyong Wei, and Hongqiang Li，Broadband and high-efficiency vortex beamgenerator based on a hybrid helix array，Optics Letters，43（7）, pp.1538-1541 (1 April 2018)

20)   Zhang,Zhengren; Zang, Xiaofei; Long, Yang; Ma, Pengyu; Liao, Leng; Li, Hongqiang, DynamicallyManipulating the Plasmon-Induced Transparency-Like in Asymmetric Graphene-BasedWaveguide Structures, JOURNAL OF LIGHTWAVE TECHNOLOGY, DEC 1 2017, 35（23）, 5020~5023,

21)   Zhang,Zhengren; Long, Yang; Ma, Pengyu; Li,Hongqiang, Tunable high-channel-count bandstop graphene plasmonicfilters based on plasmon induced transparency, NANOTECHNOLOGY, NOV 24 2017, 28（47）

22)   Zhang,Weixuan; Cheng, Kaiyang; Wu, Chao; Wang, Yi; Li, Hongqiang; Zhang, Xiangdong; Implementing Quantum SearchAlgorithm with Metamaterials; Advanced Materials, Nov 17 2017,1703986

23)   Zhang,Xu; Li, Hongqiang; Wei,Zeyong; Qi, Limei, Metamaterial for polarization-incident angle independentbroadband perfect absorption in the terahertz range, OPTICAL MATERIALS EXPRESS,SEP 1 2017, 7（9）, 3294-3302

24)   Xu,Bijun; Wei, Zeyong; Wu, Chao; Fan, Yuancheng; Wang, Zhongpeng; Li, Hongqiang,Near-diffraction-limited focusing with gradient high-impedance metasurface,OPTICAL MATERIALS EXPRESS , APR 1 2017, 7（4）, 1141-1146

25)   Fan,Yuancheng; Qiao, Tong; Zhang, Fuli; Fu, Quanhong; Dong, Jiajia; Kong, Botao; Li, Hongqiang, Anelectromagnetic modulator based on electrically controllable metamaterialanalogue to electromagnetically induced transparency, SCIENTIFIC REPORTS, JAN16 2017, 7（）

26)   Gong,Zhijie; Wu, Chao; Li, Quan; Wei, Zeyong; Li,Hongqiang, A Design of Functional Layer with Robust ConstitutiveParameters for Multilayer Metamaterials, ADVANCES IN MATERIALS SCIENCE ANDENGINEERING, Sep 26, 2017, 2017

27)   Xu,Bijun; Wu, Chao; Wei, Zeyong; Fan, Yuancheng; Li, Hongqiang, Generating an orbital-angular-momentum beamwith a metasurface of gradient reflective phase, OPTICAL MATERIALS EXPRESS, DEC1 2016, 6（12）, 3940-3945,

28)   Fan,Yuancheng; Shen, Nian-Hai; Zhang, Fuli; Wei, Zeyong; Li, Hongqiang; Zhao, Qian; Fu, Quanhong; Zhang, Peng;Koschny, Thomas) ;Soukoulis, Costas M., Electrically Tunable Goos-HanchenEffect with Graphene in the Terahertz Regime, ADVANCED OPTICAL MATERIALS, Nov 12016, 4（11）, 1824-1828,

29)   Zhang,Xu; Fan, Yuancheng; Qi, Limei; Li,Hongqiang, Broadband plasmonic metamaterial absorber with fish-scalestructure at visible frequencies, SCIENTIFIC REPORTS, JUL 1 2016, 6（7）, 2448-2457

30)   Liu,Zhe; Cui, Ajuan; Gong, Zhijie; Li,Hongqiang; Xia, Xiaoxiang; Shen, Tiehan H; Li, Junjie, Spatiallyoriented plasmonic 'nanograter' structures, ADVANCED MATERIALS, Jun 30 2016, 6（）,

31)   Su,Xiaopeng; Wei, Zeyong; Wu, Chao; Long, Yang; Li, Hongqiang, Negative reflection from metal/grapheneplasmonic gratings, OPTICS LETTERS, JAN 15 2016, 41（2）, 348-351

32)   Fan,Yuancheng; Liu, Zhe; Zhang, Fuli; Zhao, Qian; Wei, Zeyong; Fu, Quanhong; Li,Li, Junjie; Gu, Changzhi; Li, Hongqiang,Tunable mid-infrared coherent perfect absorption in a graphene meta-surface,SCIENTIFIC REPORTS , SEP 24 2015, 5（）

33)   Cui,Ajuan; Liu, Zhe; Li, Jiafang; Shen, Tiehan H; Xia, Xiaoxiang; Li, Zhiyuan;Gong, Zhijie; Li, Hongqiang;Wang, Benli; Li, Junjie; Yang, Haifang; Li, Wuxia; Gu, Changzhi, Directlypatterned substrate-free plasmonic "nanograter'' structures with unusualFano resonances, LIGHT-SCIENCE & APPLICATIONS, July 03 2015, 4（）

34)   Cheng,Xinbin; Tuniyazi, Abudusalamu; Wei, Zeyong; Zhang, Jinlong; (Ding, Tao; Jiao,Hongfei; Ma, Bin; Li, Hongqiang;Li, Tongbao; Wang, Zhanshan, Physical insight toward electric field enhancementat nodular defects in optical coatings, OPTICS EXPRESS , APR 6 2015, 23（7）, 8609-8619

35)   Li,Hongqiang; Dong,Jian Wen; Chan,Che Ting;Unusualoptical properties of helical metallic photonic crystals and chiral channels indielectric photonic crystals;Singular and Chiral Nanoplasmonics,November 302014,185-219

36)   Fan,Yuancheng); Zhang, Fuli; Zhao, Qian; Wei, Zeyong; Li, Hongqiang, Tunable terahertz coherent perfect absorptionin a monolayer graphene, OPTICS LETTERS, NOV 1 2014, 39（21）, 6269-6272

37)   Zhang,Zhengren; Zhang, Liwei; Li, Hongqiang;Chen, Hong, Plasmon induced transparency in a surface plasmon polaritonwaveguide with a comb line slot and rectangle cavity, APPLIED PHYSICS LETTERS,JUN 9 2014, 104（23）

38)   Sun,Yong; Tan, Wei; Li, Hong-qiang; Li, Jensen; Chen, Hong,Experimental Demonstration of a Coherent Perfect Absorber with PT PhaseTransition, PHYSICAL REVIEW LETTERS , APR 10 2014, 112（14）

39)   Zhang,Qiwei; Zhai, Jiwei; Li, Hongqiang;Yue, Zhenxing; Kong, Ling Bing, Suppressed ferroelectric relaxor behavior ofMn-modified Ba(Zr0.3Ti0.7)O-3 relaxor ceramics, PHYSICA STATUS SOLIDIA-APPLICATIONS AND MATERIALS SCIENCE, APR 2014, 211（4）, 788-794

40)   Han,Jin; Fan, Yuancheng; Jin, Liang; Zhang, Zhengren; Wei, Zeyong; Wu, Chao; Qiu,Jianbei; Chen, Hong; Wang, Zhanshan; Li,Hongqiang, Mode propagation in a PT-symmetric gain-metal-loss plasmonicsystem, JOURNAL OF OPTICS, APR 2014, 16（4）

41)   Zhang,Zheng-Ren; Li, Hong-Qiang; Chen, Hong; Hu, Chun-Lian; Zhou, Ping, Coherentperfect absorption in one-dimensional photonic crystal with a PT-symmetricdefect, EPL, FEB 2014, 105（4）, 107-110

42)   Cheng,Xinbin; Tuniyazi, Abudusalamu; Zhang, Jinlong; Ding, Tao; Jiao, Hongfei; Ma,Bin; Wei, Zeyong; Li, Hongqiang;Wang, Zhanshan, Nanosecond laser-induced damage of nodular defects indielectric multilayer mirrors [Invited], APPLIED OPTICS, FEB 1 2014, 53（4）, A62-A69

43)   Bian,Yanlong; Wu, Chao; Li, Hongqiang;Zhai, Jiwei, A tunable metamaterial dependent on electric field at terahertzwith barium strontium titanate thin film, APPLIED PHYSICS LETTERS, JAN 27 2014,104（4）, 563-597

44)   Fan,Yuancheng; Wei, Zeyong; Zhang, Zhengren; Li,Hongqiang, Enhancing infrared extinction and absorption in a monolayergraphene sheet by harvesting the electric dipolar mode of split ringresonators, OPTICS LETTERS, DEC 15 2013, 38（24）, 5410-5413,

45)   Fan,Yuancheng; Wei, Zeyong; Li, Hongqiang;Chen, Hong; Soukoulis, CM (Soukoulis, Costas M.), Photonic band gap of agraphene-embedded quarter-wave stack, PHYSICAL REVIEW B, DEC 10 2013, 88（24）

46)   (Wei,Zeyong; Cao, Yang; Gong, Zhijie; Su, Xiaopeng; Fan, Yuancheng; Wu, Chao; Zhang,Junwu; Li, Hongqiang,Subwavelength imaging with a fishnet flat lens, PHYSICAL REVIEW B, NOV 13 2013,88（19）

47)   Cheng,Xinbin; Zhang, Jinlong; Ding, Tao; Wei, Zeyong; Li, Hongqiang; Wang, Zhanshan, The effect of an electricfield on the thermomechanical damage of nodular defects in dielectricmultilayer coatings irradiated by nanosecond laser pulses, LIGHT-SCIENCE &APPLICATIONS, JUN 21 2013, 2（）

48)   Cao,Yang; Wei, Zeyong; Li, Wei; Fang, Anan; Li,Hongqiang; Jiang, Xunya; Chen, Hong; Chan, C. T, Light Amplificationwith Low-Gain Material: Harvesting Harmonic Resonance Modes of Surface PlasmonPolaritons on a Magnetic Meta-Surface, PLASMONICS, JUN 2013, 8（2）, 793-796

49)   Wei,Zeyong; Cao, Yang; Su, Xiaopeng; Gong, Zhijie; Long, Yang; Li, Hongqiang, Highly efficient beam steering with atransparent metasurface, OPTICS EXPRESS, MAY 6 2013, 21（9）, 10739-10745

50)   Han,Jin; Fan, Yuancheng; Jin, Liang; Zhang, Zhengren; Wei, Zeyong; Wu, Chao; Li, Hongqiang; Chen, Hong; Wang,Zhanshan, Simulation of electromagnetically induced transparency like acoustictransmission assisted by PT-symmetry, EUROPEAN PHYSICAL JOURNAL-APPLIEDPHYSICS, APR 2013, 62（1）

51)   Fan,Yuancheng; Wei, Zeyong; Li, Hongqiang;Chen, Hong; Soukoulis, Costas M, Low-loss and high-Q planar metamaterial withtoroidal moment, PHYSICAL REVIEW B, MAR 15 2013, 87（11）, 588-591

52)   曹扬;刘元云;余兴;吴秉横;顾昊;冯红全;李宏强；具有表面波完全极化禁带的平面特异材料的定向辐射效应；发光学报，2013，34（12） 1683-1686  

53)   Zhang,Zhengren; Li, Hongqiang;Gong, Zhijie; Fan, Yuancheng; Zhang, Tianqi; Chen, Hong, Extend theomnidirectional electronic gap of Thue-Morse aperiodic gapped graphenesuperlattices, APPLIED PHYSICS LETTERS, DEC 17 2012, 101（25）,252104(1-4) 

54)   Cao,Yang; Wei, Zeyong; Wu, Chao; Li,Hongqiang; Chen, Hong; Cai, Kun, Collimation effect inside completebandgap of electromagnetic surface resonance states on a metal plate perforatedwith a triangular array of air holes, OPTICS EXPRESS, NOV 5 2012, 20 （23）, 25520-25529

55)   Ding,Yaqiong; Xue, Chunhua; Sun, Yong; Jiang, Haitao; Li, Yunhui; Li, Hongqiang; Chen, Hong,Subwavelength electromagnetic switch: Bistable wave transmission ofside-coupling nonlinear meta-atom, OPTICS EXPRESS, OCT 22 2012, 20（22）, 24813-24818

56)   Qi,Peng; Fan, Yuancheng; Li, Hongqiang;Zhang, Qiwei; Zhai, Jiwei, Dielectric Properties of Ba0.7Sr0.3TiO3 Film atTerahertz Measured by Metamaterials, JOURNAL OF THE AMERICAN CERAMICSOCIETY,  APR 2012,  95（4）, 1167-1169

57)   Wei,Zeyong; Cao, Yang; Fan, Yuancheng; Yu, Xing; Li, Hongqiang, Broadband polarization transformation viaenhanced asymmetric transmission through arrays of twisted complementarysplit-ring resonators, APPLIED PHYSICS LETTERS, NOV 28 2011, 99（22）, 221907

58)   Fan,Yuancheng; Wei, Zeyong; Han, Jin; Liu, Xige; Li, Hongqiang, Nonlinear properties of meta-dimer comprisedof coupled ring resonators, JOURNAL OF PHYSICS D-APPLIED PHYSICS, OCT 26 2011,44（42）

59)   Wei,Zeyong; Cao, Yang; Fan, Yuancheng; Yu, Xing; Li, Hongqiang, Broadband transparency achieved with thestacked metallic multi-layers perforated with coaxial annular apertures, OPTICSEXPRESS, OCT 24 2011, 19（22）, 21425-21431

60)   Wu,Chao; Li, Hongqiang; Yu,Xing; Li, Fang; Chen, Hong; Chan,C.T., Metallic Helix Array as a Broadband WavePlate, PHYSICAL REVIEW LETTERS, OCT 18 2011, 107（17）

61)   Fan,Yuancheng; Han, Jin; Wei, Zeyong; Wu, Chao; Cao, Yang; Yu, Xing; Li, Hongqiang, Subwavelengthelectromagnetic diode: One-way response of cascading nonlinear meta-atoms,APPLIED PHYSICS LETTERS, APR 11 2011, 98（15）

62)   Han,Jin; Li, Hongqiang; Fan,Yuancheng; Wei, Zeyong; Wu, Chao; Cao, Yang; Yu, Xing; Li, Fang; Wang,Zhanshan, An ultrathin twist-structure polarization transformer based on fish-scalemetallic wires, APPLIED PHYSICS LETTERS, APR 11 2011, 98（15）,151908(1-3)

63)   Jiang,Hai-tao; Wang, Zi-li; Sun, Yong; Li, Yun-hui; Zhang, Ye-wen; Li,Hong-qiang; Chen, Hong, Enhancement of (nearly) homogeneous fields in a(effective) zero-index cavity, JOURNAL OF APPLIED PHYSICS , APR 1 2011, 109（7）

64)   Wu,Chao; Li, Hongqiang; Wei,Zeyong; Yu, Xiaotong; Chan, C.T., Theory and Experimental Realization ofNegative Refraction in a Metallic Helix Array, PHYSICAL REVIEW LETTERS, DEC 9 2010, 105（24）

65)   Wei,Zeyong; Cao, Yang; Han, Jin; Wu, Chao; Fan, Yuancheng; Li, Hongqiang, Broadband negative refraction in stackedfishnet metamaterial, APPLIED PHYSICS LETTERS, OCT 4 2010, 97（14）,

66)   Wei,Zeyong; Li, Hongqiang; Cao,Yang; Wu, Chao; Ren, Jinzhi; Hang, Zhihong; Chen, Hong; Zhang, Daozhong; CChan,C.T., Spatially coherent surface resonance states derived from magneticresonances, NEW JOURNAL OF PHYSICS, SEP 15 2010, 12

67)   Zhang,L.H.;Li,Y.H.; Ding,Y.Q.; Tan,W.; Jiang,H.T.; Wang,Z.G.; Li,H.Q.;Zhang,Y.W.; Chen,H., Experimental study on multichannel-basedquasi-one-dimensional photonic crystals containing negative-index materials,EUROPEAN PHYSICAL JOURNAL B, SEP 2010, 77（1）, 1-5

68)   Wei,Zeyong; Li, Hongqiang; Wu,Chao; Cao, Yang; Ren, Jinzhi; Hang, Zhihong; Chen, Hong; Zhang, Daozhong; Chan,C.T., Anomalous reflection from hybrid metamaterial slab, OPTICS EXPRESS, JUN 72010,18（12）,12119-12126

69)   Wei,Zeyong; Fu, Jinxin; Cao, Yang; Wu, Chao; Li,Hongqiang, The impact of local resonance on the enhanced transmissionand dispersion of surface resonances, PHOTONICS AND NANOSTRUCTURES-FUNDAMENTALSAND APPLICATIONS, MAY 2010, 8（2）特刊: SI, 94-101

70)   潘道胜; 张晓青; 王学文; 曹功勋; 张硕; 李宏强; 夏钟福; 交联聚丙烯压电膜的热拉伸法制备和压电特性; 压电与声光,201032(3),447-449,501

71)   Feng,Tuanhui; Li, Yunhui; Jiang, Haitao; Sun, Yong; He, Li; Li, Hongqiang; Zhang, Yewen; Shi, Yunlong; Chen, Hong,Electromagnetic tunneling in a sandwich structure containing single negativemedia, PHYSICAL REVIEW E, FEB 2009, 79（2）子辑: 2, 026601 (4 pp.)

72)   王学文; 潘道胜; 张晓青; 曹功勋; 张硕; 夏钟福; 李宏强; 温云飞；微孔结构交联聚丙烯驻极体的储电性研究；功能材料，2009，40(4），574-577

73)   黄闯; 陈迪; 陈翔; 刘景全; 朱军; 魏雯婕; 魏泽勇; 李宏强; 用于微机电系统的微型带阻滤波器;光学精密工程,2009,17(6),1244-1250

74)   Huang,C;Chen,D; Wei,W.J.; Jing,X.M.; Chen,X.; Liu,J.Q.; Zhu,J.; Wei,Z.Y.; Li,H.Q.,  A compact wide band filter based on the lefthanded material theory,  MICROELECTRONICENGINEERING, OCT 2008, 85（10）, 2183-2186

75)   Zhang,Liwei; Zhang, Yewen; Yang, Yaping; Li,Hongqiang; Chen, Hong; Zhu, Shiyao, Experimental observation of Rabisplitting in effective near-zero-index media in the microwave regime, PHYSICALREVIEW E, SEP 2008, 78（3）

76)   DuGui-Qiang; Jiang Hai-Tao; Li Hong-Qiang, High-efficiency bistableswitching based on one-dimensional photonic crystals with single-negativematerials,  CHINESE PHYSICS LETTERS, AUG2008, 25（8）, 2900-2903

77)   Guo,Jiyong; Sun, Yong; Zhang, Yewen; Li,Hongqiang; Jiang, Haitao; Chen, Hong,  Experimental investigation of interface states in photonic crystalheterostructures,  PHYSICAL REVIEW E, AUG2008, 78（2）, 026607 (6 pp.)

78)   Zhang,Liwei; Wang, Zhiguo; Chen, Hong; Li,Hongqiang; Zhang, Yewen, Experimental study of quasi-one-dimensionalcomb-like photonic crystals containing left-handed material, OPTICSCOMMUNICATIONS, JUL 15 2008,  281（14）, 3681-3685

79)   GuoJi-Yong; Chen Hong; Li Hong-Qiang; Zhang Ye-Wen, Effectivepermittivity and permeability of one-dimensional dielectric photonic crystalwithin a band gap, CHINESE PHYSICS B, JUL 2008, 17（7）2544-2552

80)   Feng,Tuanhui; Li, Yunhui; Guo, Jiyong; He, Li; Li,Hongqiang; Zhang, Yewen; Shi, Yunlong; Chen, Hong, Highly localizedmode in a pair structure made of epsilon-negative and mu-negativemetamaterials, JOURNAL OF APPLIED PHYSICS, JUL 1 2008, 104（1）

81)   GuoJi-Yong; Sun Yong; Li Hong-Qiang; Zhang Ye-Wen; Chen Hong;OpticalTamm states in dielectric photonic crystal heterostructure; CHINESE PHYSICSLETTERS,  JUN 2008 , 25（6）, 2093-2096

82)   Zhang,Liwei; Zhang, Yewen; He, Li; Li, Hongqing; Chen, Hong,Experimental investigation on zero-phi(eff) gaps of photonic crystalscontaining single-negative materials, EUROPEAN PHYSICAL JOURNAL B, MAR 2008, 62（1）, 1-6

83)   Du,Guiqiang; Wang, Zhanshan; Li,Hongqiang; Zhang, Yewen; Chen, Hong, Optical properties ofsubwavelength metallic-dielectric multilayers, PHYSICS LETTERS A,  JAN 28 2008, 372（5）, 730-734

84)   黄闯; 陈迪; 靖向萌; 陈翔; 刘景全; 朱军; 魏文婕; 魏泽勇; 李宏强; 基于微机电系统工艺的微型左右手复合传输线宽带滤波器; 机械工程学报,2008,44(11),59-6

85)   黄闯; 陈迪; 陈翔; 刘景全; 靖向萌; 朱军; 魏文婕; 魏泽勇; 李宏强; 基于MEMS工艺的异性材料定向天线; 传感技术学报,2008,21(3),533-535

86)   YuXiao-Tong; Wei Ze-Yong; Li Hong-Qiang; Zhang Ye-Wen; Chen Hong, Negativerefraction in one-dimensional photonic crystals with tilted interface, CHINESEPHYSICS LETTERS, DEC 2007, 24（12）, 3447-3449

87)   Wang,Youzhen; Zhang, Yewen; He, Li; Li,Hongqiang; Chen, Hong; Liu, Fuqiang; Caloz, Christophe, Time-domainstudy of vortexlike interface mode in metamaterials,  APPLIED PHYSICS LETTERS , NOV 26 2007, 91（22）, 221907-1-3

88)   Wang,Youzhen; Zhang, Yewen; Liu, Fuqiang; He, Li; Li, Hongqiang; Chen, Hong; Caloz, Christophe, Simplifieddescription of asymmetric right-handed composite right/left-handed coupler inmicrostrip-chip technology, MICROWAVE AND OPTICAL TECHNOLOGY LETTERS, SEP 2007,49（9）, 2063-2068

89)   Li,Haiyang; Zhang, Yewen; Zhang, Liwei; He, Li; Li, Hongqiang; Chen, Hong, Experimental investigation of mu negative of Bragg gap inone-dimensional composite right/left-handed transmission line, JOURNAL OFAPPLIED PHYSICS, AUG 1 2007, 102（3）, 33711/1-6

90)   Sun,Yuanyuan; Zhang, Yewen; Liu, Fuqiang; He, Li; Li, Hongqiang; Chen, Hong, A novel filter based onzeroth-order resonance by means of CRLH transmission line,  MICROWAVE AND OPTICAL TECHNOLOGY LETTERS, MAY2007, 49（5）, 1015-1018

91)   Zhang,Liwei; Zhang, Yewen; He, Li; Wang, Zhiguo; Li,Hongqiang; Chen, Hong,  Zero-ngaps of photonic crystals consisting of positive and negative index materialsin microstrip transmission lines, JOURNAL OF PHYSICS D-APPLIED PHYSICS,  APR 21 2007, 40（8）, 2579-2583

92)   张冶文; 李贵泉; 赫丽; 李宏强; 基于一维特异材料的微带漏波空间扫描天线;同济大学学报. 自然科学版,2007,35(6),811-814

93)   Wang,Youzhen; Zhang, Yewen; He, Li; Liu, Fuqiang; Li, Hongqiang; Chen, Hong, Direct observation of negative phase velocity and positive groupvelocity in time domain for composite right/left-handed transmission lines,JOURNAL OF APPLIED PHYSICS, DEC 1 2006, 100（11）

94)   Zhang,Liwei; Zhang, Yewen; He, Li; Li, Hongqing; Chen, Hong,Experimental study of photonic crystals consisting of epsilon-negative andmu-negative materials, PHYSICAL REVIEW E , NOV 2006, 74（5）子辑: 2

95)   Li, Hongqiang; Hao, Jiaming; Zhou, Lei; Wei, Zeyong;Gong, Lingkan; Chen, Hong; Chan, C.T., All-dimensional subwavelength cavitiesmade with metamaterials,  APPLIED PHYSICSLETTERS, SEP 4 2006, 89（10）

96)   TongYuanwei; Zhang Yewen; He Li; Li Hongqiang; Chen Hong,Investigation on abnormal group velocities in 1D coaxial photonic crystals,CHINESE SCIENCE BULLETIN,  JUN 2006, 51（11）, 1281-1286

97)   Guan,Guosheng; Jiang, Haitao; Li,Hongqiang; Zhang, Yewen; Chen, Hong; Zhu, Shiyao, Tunneling modes ofphotonic heterostructures consisting of single-negative materials, APPLIEDPHYSICS LETTERS, MAY 22 2006, 88（21）, 211112-1-3

98)   Li,YH; Jiang, HT; He, L; Li, HQ;Zhang, YW; Chen, H, Design and analysis of microstrip multi-channeled filterusing photonic crystal branchy defect, JOURNAL OF RARE EARTHS, MAR 2006, 24（）特刊: SI, 136-139

99)   Li,YH; Jiang, HT; He, L; Li, HQ;Zhang, YW; Chen, H, Multichanneled filter based on a branchy defect inmicrostrip photonic crystal, APPLIED PHYSICS LETTERS, FEB 20 2006, 88（8）,081106

100)             Tong,YW; Zhang, YW; He, L; Li, HQ;Chen, H, The band structure in microwave frequency for quasi-1-D coaxialphotonic crystals, ACTA PHYSICA SINICA, FEB 2006, 55（2）, 935-940

101)             Wang,SL; Zhang, YW; He, L; Li, HQ;Chen, H, Microwave transmission properties of tunable one-dimensionalmetamaterials, ACTA PHYSICA SINICA, JAN 2006, 55（1）, 226-229

102)             Wei,Zeyong; Li, Hongqiang；Multi-band reflectivity from metallicphotonic crystals containing spiral-like patterns；Proceedings ofthe SPIE,2006,6029,602921(6 pp)

103)             Wang,You-Zhen;Zhang,Ye-Wen; He, Li; Liu,Fu-Qiang; Li,Hong-Qiang; Chen,Hong ;Discussion oncoupling mechanism of asymmetric CRLH/RH TL coupler;Journal of ZhejiangUniversity: Science,Jan.2006,7(1),95-98

104)             王素玲; 张冶文; 赫丽; 李宏强; 陈鸿; 可调谐一维特异材料（Metamaterial）的微波传输性质; 物理学报,2006,55(1),226-229

105)             童元伟; 张冶文; 赫丽; 李宏强; 陈鸿; 用传输矩阵法研究微波波段准一维同轴光子晶体能隙结构; 物理学报,2006,55(2),935-940

106)             童元伟; 张冶文; 赫丽; 李宏强; 陈鸿;同轴光子晶体中异常群速度现象;科学通报,2006,51(7),772-776   

107)             张冶文; 宋文仙; 廖海涛; 李宏强; 陈鸿;基于局域共振机制的平面型金属-电介质电磁波带隙结构的实验研究;微波学报,2006,22(2),21-25

108)             冯团辉; 李宏强; 张冶文; 陈鸿;基于传输线的特异材料;物理,2006,35(8),684-688

109)             廖海涛; 张冶文; 赫丽; 李宏强; 刘富强; 陈鸿;利用集总参数元件构造二维特异材料;自然科学进展,2006,16(5),637-640

110)             Jiang,HT; Chen, H; Li, HQ; Zhang,YW; Zhu, SY, Compact high-Q filters based on one-dimensional photonic crystalscontaining single-negative materials, JOURNAL OF APPLIED PHYSICS, JUL 1 2005,98（1）, 013101

111)             Li, HQ; Wei, ZY; Chen, H; Zhang, YW, A photonic bandgapfilter using metallic Hilbert curves, CHINESE PHYSICS LETTERS, JUN 2005, 22（6）, 1439-1442

112)             Feng,LJ; Jiang, HT; Li, HQ; Zhang,YW; Chen, H, The dispersive characteristics of impurity bands incoupled-resonator optical waveguides of photonic crystals, ACTA PHYSICA SINICA,MAY 2005, 54（5）, 2102-2105

113)             Jiang,HT; Chen, H; Li, HQ; Zhang,YW, Omnidirectional gaps of one-dimensional photonic crystals containingsingle-negative materials, CHINESE PHYSICS LETTERS, APR 2005, 22（4）, 884-886

114)             Li, HQ; Hang, ZH; Qin, YQ; Wei, ZY; Zhou, L; Zhang, YW ;Chen, H; Chan, CT, Quasi-periodic planar metamaterial substrates, APPLIEDPHYSICS LETTERS, MAR 21 2005, 86（12）,121108

115)             Zhou,L; Li, HQ; Qin, YQ; Wei, ZY;Chan, CT, Directive emissions from subwavelength metamaterial-based cavities,APPLIED PHYSICS LETTERS MAR 7 2005, 86（10）, 101101

116)             Zhang,DK; Zhang, YW; He, L; Li, HQ;Hong, C, Experimental verification of the characteristic of one-dimensionalmetamaterials by use of lumped-elements L-C, ACTA PHYSICA SINICA, FEB 2005, 54（2）, 768-772

117)             Zhang,Dongke;Liu,Fuqiang; Zhang,Yewen; He,Li; Li,Hongqiang; Chen,Hong;Experimentalinvestigation of a power divider based on microstrip and metamaterials with L-Clumped-elements;MICROWAVE JOURNAL,NOV 2005,48(11),114-120

118)             张东科; 张冶文; 赫丽; 李宏强; 陈鸿;利用集总L-C元件构造的一维metamaterials特性的实验研究;物理学报,2005,54(2),768-772

119)             冯立娟; 江海涛; 李宏强; 张冶文; 陈鸿;光子晶体耦合腔波导的色散特性;物理学报,2005,54(5),2102-2105 

120)             李云辉; 江海涛; 李宏强; 张冶文;光子晶体微腔研究进展;同济大学学报. 自然科学版,2005,33(7),864-868

121)             Li,YH; Jiang, HT; He, L; Li, HQ;Zhang, YW; Chen, H, Localized mode enhanced coupler based on quasi-one-dimensionalphotonic crystal microstrip, CHINESE PHYSICS LETTERS, OCT 2004, 21（10）, 1976-1978

122)             Jiang,HT; Chen, H; Li, HQ; Zhang,YW; Zi, J; Zhu, SY, Properties of one-dimensional photonic crystals containingsingle-negative materials, PHYSICAL REVIEW E, JUN 2004, 69（6）,066607-1-066607-5子辑: 2

123)             童元伟; 张东科; 李宏强; 陈鸿; 张冶文;准一维同轴光子晶体传输特性研究;微波学报,2004,20(4),76-78,92

124)             Jiang,HT; Chen, H; Li, HQ; Zhang,YW; Zhu, SY, Omnidirectional gap and defect mode of one-dimensional photoniccrystals containing negative-index materials, APPLIED PHYSICS LETTERS, DEC 292003, 83（26）5386-5388

125)             宋文仙; 黄晓岳; 李宏强; 李英; 张冶文; 陈鸿;平面型金属-电介质电子带隙结构的表面电磁波传输特性;微波学报,2003,19(2),57-60

126)             江海涛; 李云辉; 李宏强; 朱荣林; 张冶文; 陈鸿;光子晶体在微波技术中的应用;物理,2003,32(12),799-803

127)             Chen,Hong;Li,Hong-Qiang; Qiu,Xin-Jie ; Liu,Nian-Hua; Zhu,Shi-Yao;Effects of defects anddisorder on light propagation in one-dimensional photonic band-gapstructures;Proceedings of the SPIE - The International Society for OpticalEngineering,2002,4905,635-8

128)             贾天卿; 陈鸿; 李宏强; 李儒新; 徐至展;抽运激光在光靶中的局域及其对X射线激光特性的影响;物理学报,2002,51(2),456-460

129)             Jia,TQ; Chen, H; Li, HQ; Li, RX;Xu, ZZ, Theoretical study on how to improve the properties of x-ray lasers bydesigning targets, PHYSICAL REVIEW A, OCT 2001, 64（4）

130)             张拥华; 仇欣杰; 李宏强; 陈鸿;一维光子晶体研究进展;物理,2001,30(10),616

131)             仇欣杰; 陈鸿; 李宏强;光子晶体中的反常折射现象;光电子•激光,2001,12(12),1317

132)             Li, HQ; Chen, H; Qiu, XJ, Band-gap extension of disordered1D binary photonic crystals, PHYSICA B, APR 2000, 279（1-3）, 164-167

133)             Gu,Guochang; Li, Hongqiang;Chen,Hongtao; Chen, Hong; Wu, Xiang;Properties of light transmission in 1-Dperiodic dielectric structure; Guangxue Xuebao/Acta Optica Sinica,Jun2000,20(6), 728-734

134)             顾国昌; 李宏强; 陈洪涛; 陈鸿; 吴翔;一维光子晶体材料中的光学传输特性;光学学报,2000,20(6),728

135)             Li, HQ; Gu, GC; Chen, H; Zhu, SY, Disordered dielectric highreflectors with broadband from visible to infrared, APPLIED PHYSICS LETTERS ,MAY 31 1999, 74（22）3260-3262

136)             Mei,DB; Dong, P; Li, HQ; Cheng,BY; Zhang, DZ, Structure and transmission spectra for colloidal crystals withsilica spheres, CHINESE PHYSICS LETTERS  卷: 15 期: 1  页: 21-23 出版年: 1998

137)             Li, HQ; Cheng, BY; Zhang, DZ, Two-dimensional disorderedphotonic crystals with an average periodic lattice, PHYSICAL REVIEW B, NOV 11997, 56（17）, 10734-10736

138)             Hu, W;Li, ZL; Cheng, BY; Li, HQ;Zhang, DZ, Localization of light for dissipative and disordered one-dimensionalsystems, PHYSICAL REVIEW B, NOV 1 1996 54（17）, 11873-11875

139)             HU, W;Li, HQ; CHENG, BY; YANG, JH;LI, ZL; XU, JR; ZHANG, DH, PLANAR OPTICAL LATTICE OF TIO2 PARTICLES, OPTICSLETTERS, MAY 1 1995, 20（9）964-966