Shenzhen Skyworth-rgb Electronic Co., Ltd.

Kuang-chi Innovative Technology Ltd.

Kuang-chi Institute of Advanced Technology

Yangyang Zhang

Yi Liu

Shuxiao Wei

Xiangcheng Liu

Ruopeng Liu

Jie He

Liyuan Peng

Guanxiong Xu

Tongyang Li

Chunlin Ji

Zhiya Zhao

Yutao Yue

Wenjian Wang

Mingming Wang

Nenghui Fang

Kunxiang Yang

Television

A metamaterial for separating an electromagnetic wave beam is disclosed. Two kinds of man-made microstructures are attached on a substrate of the metamaterial. The first man-made microstructures each have a principal optical axis parallel to a first electric field direction, and the second man-made microstructures each have a principal optical axis parallel to a second electric field direction. The metamaterial comprises a first region and a second region. The first man-made microstructures in the first region have the largest geometric size and the first man-made microstructures in other regions increase in geometric size continuously in a direction towards the first region; and the second man-made microstructures in the second region have the largest geometric size and the second man-made microstructures in other regions increase in geometric size continuously in a direction towards the second region.

Metamaterial for separating electromagnetic wave beam

Embodiments of the present disclosure relate to an impedance matching component and a hybrid wave-absorbing material. The impedance matching component is disposed between a first medium and a second medium, and comprises a plurality of functional sheet layers. Impedances of the functional sheet layers vary continuously in a stacking direction of the functional sheet layers, with the impedance of a first one of the functional sheet layers being identical to that of the first medium and the impedance of a last one of the functional sheet layers being identical to that of the second medium.

Impedance matching component and hybrid wave-absorbing material

Growing community of inventors

Guangdong, China

Yangyang Zhang