Using a one-dimensional bandgap metamaterial to build up a delay line

Lucas J.; Geron E.; Ditchi T.

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Using a one-dimensional bandgap metamaterial to build up a delay line

机译：使用一维带隙超材料建立延迟线

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摘要

Classical lumped components delay lines are built with inductances and capacitors arranged as to match the standard telegraphist line model to obtain slow group velocity lines. In this study, the authors demonstrate that a practical way to obtain a significant group velocity reduction consist in taking advantage of the forbidden bands that present a one-dimensional metamaterial. The feasibility of this kind of line, as well as its ability to transmit data are discussed and practically verified.

机译：经典集总元件延迟线由电感和电容器构成，以与标准电报线模型匹配，以获得慢速群速度线。在这项研究中，作者证明了获得显着的群速度降低的一种实用方法是利用呈现一维超材料的禁带。讨论并实际验证了这种线路的可行性及其传输数据的能力。

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《Microwaves, Antennas & Propagation, IET》 |2015年第2期|151-158|共8页
作者
Lucas J.; Geron E.; Ditchi T.;
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作者单位

Lab. de Phys. et d'etude de la Mater., PSL Res. Univ., Paris, France;

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正文语种 eng
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关键词
capacitors; delay lines; inductors; metamaterials; telegraphy; capacitor; classical lumped component; data transmission; delay line; group velocity reduction; inductance; one-dimensional bandgap metamaterial; slow group velocity line; standard telegraphist line model;

机译：电容器;延迟线;电感器;超材料;电报;电容器;经典集总元件;数据传输;延迟线;群速度降低;电感;一维带隙超材料;慢群速度线;标准电报线模型;

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1. Investigation of one-dimensional photonic bandgap structures containing lossy double-negative metamaterials through the Bloch impedance [J] . Shi F., Chen Y., Han P., Journal of the Optical Society of America, B. Optical Physics . 2013,第6期

机译：通过Bloch阻抗研究包含有损双负超材料的一维光子带隙结构
2. All-optical control of the time delay in a one-dimensional photonic bandgap formed by double-quantum-wells [J] . M.A. Anton, F. Carreno, Oscar G. Calderon, Optics Communications: A Journal Devoted to the Rapid Publication of Short Contributions in the Field of Optics and Interaction of Light with Matter . 2008,第4期

机译：由双量子阱形成的一维光子带隙中的时延全光控制
3. Parity, time-reversal and group delay for inhomogeneous dielectric slabs: application to pulse propagation in finite, one-dimensional, photonic bandgap structures [J] . Dowling J.P. IEE Proceedings. Part J . 1998,第6期

机译：不均匀介电平板的奇偶校验，时间反转和群时延：在有限的一维光子带隙结构中的脉冲传播中的应用
4. New digraphs-building algorithm for minimal realisations of one-dimensional fractional positive systems with delays [C] . Markowski Konrad Andrzej International Conference on System Theory, Control and Computing . 2015

机译：具有延迟的一维分数阶正系统的最小实现的新的有向图构建算法
5. Development of an optical biosensing platform using porous silicon one-dimensional photonic bandgap structures [D] . Ouyang, Huimin 2006

机译：利用多孔硅一维光子带隙结构开发光学生物传感平台
6. Polarization bandgaps and fluid-like elasticity in fully solid elastic metamaterials [O] . Guancong Ma, Caixing Fu, Guanghao Wang, -1

机译：完全固态弹性超材料中的极化带隙和类流体弹性
7. Using a 1D bandgap metamaterial to build up a delay line [O] . Lucas, Jérôme, Géron, Emmanuem, Ditchi, Thierry 2016

机译：使用1D带隙超材料构建延迟线
8. Time Delays and Boundary Feedback Stabilization in One-Dimensional Viscoelasticity. Appendices A thru H [R] . Hannsgen, K. B., Wheeler, R. L. 1987

机译：一维粘弹性中的时间延迟和边界反馈镇定。附录a至H.

Using a one-dimensional bandgap metamaterial to build up a delay line

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