A novel microstripe metamaterial transmission line architecture

机译：一种新型的微带超材料传输线架构

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摘要

A. novel metamaterial transmission line based on equivalent circuit is presented that be constructed by two layer substrate. Compared to monolayer structure, the novel structure achieve lower transmission frequency, compact dimensions, and more freedom in

机译：提出了一种基于等效电路的新型超材料传输线，该传输线由两层基板构成。与单层结构相比，新颖的结构实现了更低的传输频率，紧凑的尺寸以及更大的自由度。

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来源
《Plasma Science, IEEE Conference Record - Abstracts 2006 IEEE International Conference on; Nanjing,China》||P.1765-1768|共4页
会议地点 NanjingChina
作者
Xiang Yang; Qian Zuping; Bao Junsong;
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原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
equivalent circuits; transmission lines; equivalent circuit; microstripe metamaterial transmission line architecture; nonbalance line; nonstop band condition;

机译：等效电路传输线等效电路微带超材料传输线结构非平衡线不停带条件;

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2. Analysis and applications of OSRR- and OCSRR-loaded transmission lines: A new path for the design of compact transmission line metamaterials [J] . Durán-Sindreu M., Aznar F., Vélez A., Metamaterials . 2010,第2a3期

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3. A quality-driven decision engine for live video transmission under service-oriented architecture - [Service-oriented broadband wireless network architecture] [J] . Wu D., Ci S., Luo H., Wireless Communications, IEEE . 2009,第4期

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4. A novel microstripe metamaterial transmission line architecture [C] . Xiang Yang, Qian Zuping, Bao Junsong International Conference on Microwave and Millimeter Wave Technology . 2008

机译：一种新型微带超材料传输线架构
5. Plasmonic Metamaterials for Enhanced Light Transmission, Absorption, and Antireflection Coating [D] . Kim, Wonkyu. 2018

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7. Improvement of Transmission Efficiency by using Annular Array Metamaterial for Magnetic Coupling Wireless Power Transmission System [O] . Liwei Jia, Kazuhiro Fujimori 2021

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A novel microstripe metamaterial transmission line architecture

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