Reflection phase modification by metamaterial interface: an understanding of design criteria for ultrathin multispectral absorber

doi:10.1364/OE.27.026131

SIC OpenIR

	Reflection phase modification by metamaterial interface: an understanding of design criteria for ultrathin multispectral absorber
	Li, Meiling; Deng, Ruixiang; Muneer, Badar; Zhang, Tao
	2019-09-02
Source Publication	OPTICS EXPRESS
ISSN	1094-4087
Volume	27 Issue:18 Pages:26131
Subtype	Article
Abstract	We introduce a metasurface to modify the reflection phase for multispectral microwave absorbers. General quantitive design criteria are proposed by carrying out field analysis, so that design of multispectral microwave absorber can be effectively realized. Optimal design process is discussed to develop an understanding of the absorbing mechanism. Experiment results show that the absorber having only 0.015 times the wavelength at the center frequency can simultaneously achieve high absorption in the microwave, visible light and near-infrared light bands. Multispectral absorption comes with added features of flexibility, ultrathin thickness and a light weight that make it a powerful candidate in advanced stealth application. (C) 2019 Optical Society of America under the terms of the OSA Open Access Publishing Agreement
DOI	10.1364/OE.27.026131
Language	英语
WOS Research Area	Optics
Publisher	OPTICAL SOC AMER
Citation statistics
Document Type	期刊论文
Identifier	http://ir.sic.ac.cn/handle/331005/26854
Collection	中国科学院上海硅酸盐研究所
Recommended Citation GB/T 7714	Li, Meiling,Deng, Ruixiang,Muneer, Badar,et al. Reflection phase modification by metamaterial interface: an understanding of design criteria for ultrathin multispectral absorber[J]. OPTICS EXPRESS,2019,27(18):26131.
APA	Li, Meiling,Deng, Ruixiang,Muneer, Badar,&Zhang, Tao.(2019).Reflection phase modification by metamaterial interface: an understanding of design criteria for ultrathin multispectral absorber.OPTICS EXPRESS,27(18),26131.
MLA	Li, Meiling,et al."Reflection phase modification by metamaterial interface: an understanding of design criteria for ultrathin multispectral absorber".OPTICS EXPRESS 27.18(2019):26131.

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