Metamaterials (MM) are artificially designed materials that possess unique properties due to
their geometrical design. They also display some peculiar properties, such as negative …

In this study, a gradient porous structure was designed for a novel microwave absorbing
material, and the effects of various factors on its microwave absorbing characteristics were …

To broaden the absorbing frequency band of radar-absorbing material (RAM), a simple
radar-absorbing structure (RAS) with square pore was designed and prepared by 3D …

This paper presents a novel ultra-broadband two-layer periodic stepped radar absorbing
structure (PSRAS). The optimal PSRAS shows more than 90% absorption in the frequency …

This paper specifies a concise review of recent research and development in the context of
electromagnetic absorbers. An attempt has been made to justify the need for economical …

The objective of this article is to devise a cost-effective, conformal, polarization-insensitive,
and broadband metamaterial absorber for X-band applications. A periodic subwavelength …

To improve the reliability of the design and maximize the radar absorbing performance of the
absorbent, a design method for the gradient and multi-layer radar absorbing patch (RAP) …

A cost-effective, conformal, polarization-insensitive, light-weight, ultrathin, and
ultrawideband electromagnetic wave absorber covering the entire Ku, K, and Ka bands and …

An impedance matched metasurface can efficiently channel the electromagnetic fields for
maximum power transfer. The thin film based impedance matching techniques often utilize …

In this paper, an ultrathin triple-band polarization insensitive metamaterial (MTM) absorber
has been presented for C-band applications. The proposed structure is explained as a …