We present a saline water-based absorber that can offer an extremely wide bandwidth of
electromagnetic absorption in the microwave frequency regime. The designed absorber is a …

Intelligent electromagnetic interference (EMI) shielding materials with adaptively adjustable
structure and performance under external stimuli hold great potential in developing new …

This paper presents the feasibility of deploying a large-scale tunable absorber based on
discrete plasma-shells. The proposed conductor-backed absorber is realized by integrating …

Power handling capability of a tunable plasma-based multilayer absorber is studied using
multiphysics analysis, then validated by experimental data. The proposed two-pole absorber …

To effectively address the challenges posed by intricate and dynamic electromagnetic
environments, we propose a wideband and tunable radar absorber in this paper. The …

Electromagnetic absorbing materials may convert electromagnetic energy into heat energy
and dissipate it. However, in a high-power electromagnetic radiation environment, the …

Considering the effect of electron density gradient, an analytical, parameter adjustable
density distribution function is presented, and a multislab plasma model is used to …

Conventional plasma absorbers are challenging to obtain high electron density and
sizeable spatial scale for effective absorption while meeting the applied requirements of low …

This paper presents a multilayer absorber based on the technique previously developed for
the design of a thickness customizable high-order bandpass frequency selective surface …

In this paper, a novel structure composed of frequency selective surface and plasma arrays
is proposed to control the propagation of the free space electromagnetic wave in the X band …