Shang Guoqiang scite author profile

In this paper, a multi-layered terahertz metamaterial has been proposed, which consisted of dual-layered substrate and three 6-shaped meta-layered. Numerical results reveal that the structure realizes broadband asymmetric transmission of linearly polarized wave. In particular, this structure realizes a maximum of 0.95 for asymmetric transmission at 6.7THz. Based on the electric fields, we have analyzed the wave conversion of linearly polarized wave and the mechanism of asymmetric transmission effect.

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Shang Guoqiang

Design and Implementation of a Smart IoT Gateway

Microstructure and mechanical properties of new metastable β type titanium alloy

Broadband asymmetric transmission characteristics based on metamaterial in terahertz region

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