Metamaterial absorbers and diffusers provide powerful routes to decrease the backward
reflection significantly with advantages of ultrathin profile and customized bandwidth …

Metamaterials (MMs) have received wide attention due to their strong ability to control wave
propagation. Here we propose a thin MM that can realize broadband absorption, as well as …

The absorption of electromagnetic waves in a broadband frequency range with polarization
insensitivity and incidence-angle independence is greatly needed in modern technology …

We numerically and experimentally studied an ultrathin and broadband perfect absorber by
enhancing the bandwidth with embedded resistors into the metamaterial structure, which is …

We investigate a broadband perfect absorber for microwave frequencies, with a wide
incident angle, using resistive sheets, based on both simulation and experiment. The …

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 …

Electromagnetic multipoles enable rich electromagnetic interactions in a metasurface and
offer another degree of freedom to control electromagnetic responses. In this work, we …

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

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 …

Controlling of electromagnetic wave radiation is of great importance in many fields. In this
work, a hybrid metasurface (HMS) is designed to simultaneously reduce the microwave …