Perfect dual-band metamaterial absorber based on octangle-shaped structure

Shuai Wang, Xiaosong Wang, Ping Wang, Yu Yang
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Abstract

A novel dual-band, thin and polarization-insensitive metamaterial absorber is proposed, it can realize the perfect absorptivity at 36GHz and 42.1GHz. The perfect absorber has three layers, lossy-FR4 in the middle with copper layers on both sides. The basic geometry of top octangle-shaped resonant copper layer is constructed by the overlapping of three disks. From the surface current distributions of the structure, we can find the strong resonance phenomena happened at 36GHz and 42.1GHz. For the top layer is symmetrical, the absorptivity of the structure almost not change with the polarization angle of the incident wave.
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基于八角形结构的完美双波段超材料吸收体
提出了一种新型的双频、薄型、极化不敏感的超材料吸波器,在36GHz和42.1GHz频段均能实现理想的吸波率。完美的吸收体有三层,中间是loss - fr4,两边是铜层。顶部八角形谐振铜层的基本几何形状是由三个圆盘重叠构成的。从结构的表面电流分布可以发现,在36GHz和42.1GHz发生了强共振现象。由于顶层是对称的,结构的吸光率几乎不随入射波偏振角的变化而变化。
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