Absolute Gap of Two-Dimensional Fractal Photonic Structure
LI Liang1 , XIE Yi-Cheng1 , WANG Yi-Quan2 , HU Xiao-Yong2 , FENG Zhi-Fang2 , CHENG Bing-Ying2
1 College of Applied Mathematics and Physics, Beijing University of Technology, Beijing 100022
2 Optical Physics Laboratory, Institute of Physics and Center for Condensed Matter Physics, Chinese Academy of Sciences, Beijing 100080
Absolute Gap of Two-Dimensional Fractal Photonic Structure
LI Liang1 ;XIE Yi-Cheng1 ;WANG Yi-Quan2 ;HU Xiao-Yong2 ;FENG Zhi-Fang2 ;CHENG Bing-Ying2
1 College of Applied Mathematics and Physics, Beijing University of Technology, Beijing 100022
2 Optical Physics Laboratory, Institute of Physics and Center for Condensed Matter Physics, Chinese Academy of Sciences, Beijing 100080
关键词 ：
42.70.Qs ,
41.20.Jb ,
74.81.-g
Abstract ：We propose a model for two-dimensional photonic materials constructed on a kind of fractal structures. Total energy flows of the photonic materials constructed with either dielectric cylinders or air holes show that both of them possess absolute gaps for the electromagnetic waves.
Key words ：
42.70.Qs
41.20.Jb
74.81.-g
出版日期: 2003-10-01
:
42.70.Qs
(Photonic bandgap materials)
41.20.Jb
(Electromagnetic wave propagation; radiowave propagation)
74.81.-g
(Inhomogeneous superconductors and superconducting systems, including electronic inhomogeneities)
引用本文:
LI Liang;XIE Yi-Cheng;WANG Yi-Quan;HU Xiao-Yong;FENG Zhi-Fang;CHENG Bing-Ying. Absolute Gap of Two-Dimensional Fractal Photonic Structure[J]. 中国物理快报, 2003, 20(10): 1767-1769.
链接本文:
https://cpl.iphy.ac.cn/CN/
或
https://cpl.iphy.ac.cn/CN/Y2003/V20/I10/1767
[1]
FENG Shuai;WANG Yi-Quan;LI Zhi-Yuan;CHENG Bing-Ying; ZHANG Dao-Zhong. Imaging Properties of a Rectangular-Lattice Metallic Photonic-Crystal Slab
[2]
DING Wei-Qiang;TANG Dong-Hua;CHEN Li-Xue;ZHAO Yuan;LIU Yan. Photonic Crystal Waveguide Intersection Based on Self-Imaging of Multi-Mode Interference
[3]
WANG Zhi-Yong;XIONG Cai-Dong. Superluminal Behaviour of Modified Bessel Waves
[4]
WANG Chun-Xia;XU Xing-Sheng;LI Fang;DU Wei;XIONG Gui-Guang;LIU Yu-Liang;CHEN Hong-Da. Light-Propagation Characteristics of Photonic Crystal Waveguide Based on SOI Materials at Different Polarized States
[5]
REN Yu-Chao;GUO Li-Xin;WU Zhen-Sen. Direct Solution of the Inverse Problem for Rough Surface Scattering
[6]
LI Fei;HUANG Yi-Dong;ZHANG Wei;PENG Jiang-De. Spatially Inhomogeneous Gain Modification in Photonic Crystals
[7]
HE Xiao-Yong;CAO Jun-Cheng;FENG Song-Lin. Simulation of the Propagation Property of Metal Wires Terahertz Waveguides
[8]
LIU Xuan-Bin;CAO Zhuang-Qi;ZHU Peng-Fei;SHEN Qi-Shun;LIU Xiang-Min. Simultaneously Large and Opposite Lateral Beam Shifts for TE and TM Modes on a Double Metal-Cladding Slab
[9]
JIANG Ping;HU Xiao-Yong;YANG Hong;GONG Qi-Huang. Fabrication of Two-Dimensional Organic Photonic Crystal Microcavity
[10]
XU Xing-Sheng;CHEN Hong-Da. Transient Emission of Three-Level Atoms in a Photonic Crystal with a Pseudogap
[11]
ZHANG Gao-Ming;PENG Jing-Cui;JIAN Zhi-Jian;HUANG Xiao-Yi. Transmission Loss due to Modes Conversion Caused by Random Surface Imperfections in Left-Handed-Material Slab Waveguides
[12]
SHEN Yi-Feng;XU Chun;TANG Yun-Fei;LIU Xiao-Han;ZI Jian;CHEN Hong. Ultra-Compact, Subwavelength and Single-Mode Cavity Resonator
[13]
ZHAO Guo-Zhong;TIAN Yan;SUN Hong-Qi;ZHANG Cun-Lin;YANG Guo-Zhen. Multiband Terahertz Photonic Band Gaps of Subwavelength Planar Fractals
[14]
ZHONG Yu;SHEN Lin-Fang;RAN Li-Xin;CHEN Xu-Dong;Liisi JylhäTomasz M. Grzegorczyk;Jin Au Kong;. Reflection and Refraction on the Boundary of a Left-Handed Material with a Hyperbolic Dispersion Relation
[15]
FENG Shuai; SUN Mei;REN Cheng;REN Kun;FENG Zhi-Fang;LI Zhi-Yuan; CHENG Bing-Ying;ZHANG Dao-Zhong. Negative Refraction and Imaging in a Triangular-Lattice Metallic Photonic-Crystal Slab
2003, Vol. 20 
