Developing various nanocomposite microwave absorbers is a crucial means to address the
issue of electromagnetic pollution, but remains a challenge in satisfying broadband …

It is a challenge to design an absorber which can simultaneously satisfy comprehensive
demands of broad absorption band, wide incident angle range, and low-profile. In this work …

Microwave-absorbing materials with wide bandwidth and high absorptivity are increasingly
playing an important role in over-the-air (OTA) testing. In this work, a kind of pyramid …

An ultrawideband metamaterial absorber is demonstrated in the radar frequency range. The
absorber features a thin thickness and outstanding broadband absorption performance …

Broadband electromagnetic (EM) wave absorbers are persistently desired in the past
decades due to their extensive applications in different fields. In this paper, we proposed …

In this paper, an ultra-wideband, angle and polarization-insensitive laser assisted graphene
metamaterial absorber is presented. The design consists of double graphene resistive …

An ultrawideband frequency selective surface (FSS) absorber with high angular stability and
polarization independency applied in a microwave band is proposed. The absorber is …

In order to realize electromagnetic stealth of large equipment, we propose a low-cost, mass-
producible composite microwave absorber in this paper. The developed novel EM absorber …

In the analysis of most circuit analog (CA) absorbers, it is only the absorption performance
under normal incidence that is taken seriously, leading to a much worse absorption with the …

In this article, a novel method for developing a dual-polarized broadband microwave
absorber (MA) for use at an extremely oblique incidence angle is presented. A detailed …