Ship Research and Design Center

Wuhan, China

Ship Research and Design Center

Wuhan, China

Time filter

Source Type

Wen D.-E.,Science and Technology on Electromagnetic Compatibility Laboratory | Zhang Q.,Science and Technology on Electromagnetic Compatibility Laboratory | Huang X.,Science and Technology on Electromagnetic Compatibility Laboratory | Ding F.,Ship Research and Design Center | Huang X.,Kashgar University
Optik | Year: 2016

In this paper, a coplanar bandwidth-enhanced metamaterial absorber is presented based on the combination of three dual-band sub-cells. The simulated results show that the absorber is polarization insensitive and adaptive for wide angles of oblique incidence. The simulated FWHM absorption bandwidth is 1.09 GHz (6.04-7.13 GHz), with the relative FWHM absorption bandwidth of 16.6%. A sample is fabricated. The experimental results verified that FWHM absorption bandwidth is 1 GHz (6-7 GHz), with the relative FWHM absorption bandwidth of 15.4%, and the absorption peak of 77.5% is obtained. © 2016, Elsevier GmbH. All rights reserved.

Loading Ship Research and Design Center collaborators
Loading Ship Research and Design Center collaborators