Metamaterials for high power reflectarray design

机译：用于高功率反射阵列设计的超材料

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Most often, transmission and reflection properties and geometrical constraints (such as size) are the sole considerations in metamaterials design. Typically, power handling is of little concern as most applications are very low power. Here, we consider not only the complex transmission and reflection properties but also the magnitude of the electric fields in and around the structure when designing metamaterials for robustness in high power reflectarray applications.

机译：通常，透射和反射特性以及几何约束（例如大小）是超材料设计中的唯一考虑因素。通常，功率处理很少引起关注，因为大多数应用的功率非常低。在这里，当设计超材料以在高功率反射阵列应用中具有鲁棒性时，我们不仅考虑复杂的透射和反射特性，还考虑结构内部和周围电场的强度。

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来源
《2016 IEEE/ACES International Conference on Wireless Information Technology and Systems and Applied Computational Electromagnetics》|2016年|1-2|共2页
会议地点 Honolulu HI(US)
作者
Micah D. Gregory; Jeremy A. Bossard; Zachary C. P. O. Morgan; Cooper S. Cicero; John A. Easum; John D. Binion; Danny Z. Zhu; Clinton P. Scarborough; Pingjuan L. Werner; Douglas H. Werner; Scott Griffiths; Matthew Ketner;
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作者单位

Department of Electrical Engineering, The Pennsylvania State University, University Park, PA 16802, USA;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Metamaterials; frequency selective surfaces; high power; reconfigurability; reflectarray;

机译：超材料;频率选择性表面;高功率;可重构性;反射阵列;

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1. High-power and low-profile metamaterials for reflectarray based on ϵϵ-negative layer in X-band [J] . Ma Xiao, Yang Feng, Yang Peng, Electronics Letters . 2020,第4期

机译：基于X波段中的εε-负层的反射阵列的大功率和低调超材料
2. Design and Power Performance Measurement of a Planar Metamaterial Power-Combined Amplifier [J] . Lee W.-C., Chu T.-H. IEEE Transactions on Microwave Theory and Techniques . 2013,第6期

机译：平面超材料功率组合放大器的设计和功率性能测量
3. Frequency tunable graphene metamaterial reflectarray for terahertz applications [J] . Saber H. Zainud-Deen, Ahmed M. Mabrouk, Hend A. Malhat The Journal of Engineering . 2018,第9期

机译：太赫兹应用的频率可调石墨烯超材料反射阵列
4. Metamaterials for high power reflectarray design [C] . Micah D. Gregory, Jeremy A. Bossard, Zachary C. P. O. Morgan, IEEE/ACES International Conference on Wireless Information Technology and Systems . 2016

机译：高功率反射阵列设计的超材料
5. Microwave metamaterial applications using complementary split ring resonators and high gain rectifying reflectarray for wireless power transmission [D] . Ahn, Chi Hyung 2010

机译：使用互补裂环谐振器和高增益整流反射阵列进行无线电力传输的微波超材料应用
6. Design of Metamaterial Based Efficient Wireless Power Transfer System Utilizing Antenna Topology for Wearable Devices [O] . Tarakeswar Shaw, Gopinath Samanta, Debasis Mitra, 2021

机译：可穿戴设备天线拓扑结构的超石料高效无线电力传输系统设计
7. Design of a CPSS-based reflectarray cell with controllable reflected phase for dual-circularly-polarised reflectarrays [O] . Mener, Simon, Gillard, Raphaël, Sauleau, Ronan, 2012

机译：基于CPSS的反射阵列单元的设计，该单元具有可控制的反射相位，用于双圆偏振反射阵列

Metamaterials for high power reflectarray design

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