An optically transparent metamaterial structure with simultaneously broadband microwave
absorptivity and low infrared (IR) emissivity is proposed. Two specifically designed optically …

Optically transparent metamaterials with the performance of infrared radar compatible
stealth have been designed and manufactured on the basis of the continuous in-depth …

We report a multifunctional metamaterial composite structure that not only provides the
broadband radar and thermal infrared bi-stealth function but also possesses an in-band …

An ultrathin optically transparent metasurface with simultaneous high-efficiency microwave
absorptivity and low infrared (IR) emissivity is proposed. The proposed metasurface is an …

A flexible and transparent microwave–infrared bistealth structure is proposed to avoid
composite detection in the microwave and infrared bands. By combining intrinsic material …

We present a metamaterial for simultaneous optical transparency and microwave absorption
in broadband, which can be used as an optically transparent radar-wave absorber. The …

Researches on radar and infrared stealth compatibility have drawn much attention in recent
years. In this work, a flexible metasurface with low infrared emission, broadband microwave …

A visible-light-transparent metasurface has been designed to achieve infrared (IR)–radar
stealth. An optically transparent material, indium tin oxide was chosen in preference to other …

The rapid development of surveillance technology has driven the research of multispectral
stealth. Demand for infrared and microwave radar compatible stealth is becoming …

This work proposed and demonstrated a bi-functional metamaterial to implement the
multispectral camouflage in infrared and microwave bands. Aiming at integrating …