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Metamaterial composed of wire pairs exhibiting dual band negative refraction
C. Huang; Z. Zhao; Q. Feng; J. Cui; X. Luo
Source PublicationAppl. Phys. B
Volume98Issue:2-3Pages:365-370
2009
Language英语
Indexed ByEi
Subtype期刊论文
AbstractThe design of the metamaterial that can exhibit negative refraction at two frequency bands is presented. The components of this metamaterial are cut wire pairs and continuous wires. The cut wirepairs structure in our sample can achieve the magnetic resonance at two frequency bands by appropriately designing the cut wire dimension. Through numerical simulation, the transmission property of the proposed dual band negative index metamaterial is investigated and its result shows that with the introduction of continuous wires, the stop bands for cut wire pairs (permeability μ<0) and the frequency band for continuous wires (permittivity ɛ<0) components would overlap and lead to the appearance of pass bands near the two magnetic resonance frequency bands. Its electromagnetic properties are then retrieved to demonstrate that the dual band left-hand behavior can be obtained in our sample structure. It is believed that our approach will be effective to make this kind of dual bandnegative refractive metamaterial based on the multiple magnetic resonances work at optical frequency.; The design of the metamaterial that can exhibit negative refraction at two frequency bands is presented. The components of this metamaterial are cut wire pairs and continuous wires. The cut wirepairs structure in our sample can achieve the magnetic resonance at two frequency bands by appropriately designing the cut wire dimension. Through numerical simulation, the transmission property of the proposed dual band negative index metamaterial is investigated and its result shows that with the introduction of continuous wires, the stop bands for cut wire pairs (permeability μ<0) and the frequency band for continuous wires (permittivity ɛ<0) components would overlap and lead to the appearance of pass bands near the two magnetic resonance frequency bands. Its electromagnetic properties are then retrieved to demonstrate that the dual band left-hand behavior can be obtained in our sample structure. It is believed that our approach will be effective to make this kind of dual bandnegative refractive metamaterial based on the multiple magnetic resonances work at optical frequency.
Document Type期刊论文
Identifierhttp://ir.ioe.ac.cn/handle/181551/6667
Collection微细加工光学技术国家重点实验室(开放室)
Corresponding AuthorC. Huang
Affiliation中国科学院光电技术研究所
Recommended Citation
GB/T 7714
C. Huang,Z. Zhao,Q. Feng,et al. Metamaterial composed of wire pairs exhibiting dual band negative refraction[J]. Appl. Phys. B,2009,98(2-3):365-370.
APA C. Huang,Z. Zhao,Q. Feng,J. Cui,&X. Luo.(2009).Metamaterial composed of wire pairs exhibiting dual band negative refraction.Appl. Phys. B,98(2-3),365-370.
MLA C. Huang,et al."Metamaterial composed of wire pairs exhibiting dual band negative refraction".Appl. Phys. B 98.2-3(2009):365-370.
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