Abstract In this paper, we propose an arc-shaped metasurface carpet cloak based on generalized sheet transition conditions. The main idea behind this invisibility is phase compensation through local phase modulation, in which the front of the reflected wave is reshaped just as the incident wave hits the flat mirror. Secondly, we have implemented an arc-shaped metasurface carpet cloak based on a cavity structure unit with a thickness of one fifth wavelength. The cloak can still have a stealth effect in the range of incident angle from 0°to 30°and in the range of frequency from 8 GHz to 13 GHz. The numerical results of the arc-shaped metasurface carpet cloak agree well with the theoretical calculation of GSTCs and it can provide an important reference for the future carpet cloak field.

中文翻译：

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基于广义片材过渡条件的超薄超表面地毯斗篷

摘要 在本文中，我们提出了一种基于广义片材过渡条件的弧形超表面地毯斗篷。这种不可见性背后的主要思想是通过局部相位调制进行相位补偿，其中反射波的前端在入射波撞击平面镜时被重塑。其次，我们实现了一种基于腔体结构单元的弧形超表面地毯斗篷，厚度为五分之一波长。斗篷在0°到30°的入射角范围和8 GHz到13 GHz的频率范围内仍然可以具有隐身效果。弧形超表面地毯斗篷的数值结果与GSTCs的理论计算吻合较好，可为未来地毯斗篷领域提供重要参考。