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Hongyu Ren, Qianyi Shangguan, Zijun Song, Yong Zhao, Zao Yi, Guolu Ma, Jianguo Zhang, Hua Yang, Shifa Wang and Pinghui Wu
This paper presents a graphene metamaterial absorber based on impedance matching. A finite difference in time domain (FDTD) method is used to achieve a theoretically perfect absorption in the mid-infrared band. A basis is created for the multiband stable...
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Wei Chen, Jing Liu, Wen-Zhuang Ma, Gao-Xiang Yu, Jing-Qian Chen, Hao-Yuan Cai and Cheng-Fu Yang
Solar energy is the most important clean energy source on the earth, and many research studies have been conducted to investigate solar-energy collection. This article numerically proposes a new ultra-broadband solar absorber with structures of multilaye...
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Houdi Xiao, Ruiru Qin, Mingyun Lv and Chuanzhi Wang
A highly transparent polarization-insensitive metamaterial absorber with wideband microwave absorption is presented. The broadband absorption (6.0~16.7 GHz, absorptance > 85%) is achieved using three patterned resistive metasurfaces. The visible light tr...
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Tao Chen, Runyu Zhao and Ben-Xin Wang
This paper presents a simple metamaterial design to achieve the triple-band near-perfect absorption response that can be used in the area of sensor application. The introduced absorber consists of an array of Au strip and a bulk flat Au film separated by...
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Olivier Rance, Anne Claire Lepage, Xavier Begaud, Kevin Elis and Nicolas Capet
A low-mass wide-angle electromagnetic absorber was designed in order to reduce interference problems arising on satellite platforms.
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Yuexin Zou, Jun Cao, Xue Gong, Ruijie Qian and Zhenghua An
Metamaterials integrated with graphene exhibit tremendous freedom in tailoring their optical properties, particularly in the infrared region, and are desired for a wide range of applications, such as thermal imaging, cloaking, and biosensing. In this art...
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Energies Editorial Office
The Energies Editorial Of?ce wishes to make the following erratum to their paper [1]:[...]
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