This study presents a novel approach for developing modular and lightweight microwave
absorbing metastructure using additive manufacturing technology. Drawing inspiration from …

An ultra-broadband metasurface-based perfect absorber is proposed based on a periodic
array of truncated cone-shaped TiO 2 surrounded by TiN/TiO 2 conical rings. Due to the …

Stealth radome (SR), especially with an ultra-broad and nearly transparent window between
two absorption bands, plays a crucial role in stealth techniques, antenna radomes, and so …

A broadband ultra-low reflection frequency selective surface (FSS) absorber is proposed
based on a novel multiresonant unit, leveraging the advantages of complementary pairs for …

Lately, research has focused on the applying treatment technologies to enhance the
performance properties of microwave absorber composites such as thermal, ultrasound, and …

The folded transmitarray antenna (FTA) attracts a lot of attention for its low-profile, high gain
beam as well as easy fabrication. By adding a reflector to conventional transmitarray …

A simple design of a resistive ink-based microwave absorber for the S and C-band is
presented here. The proposed double-layer absorber is printed on an FR-4 substrate using …

Radar cross section (RCS) reduction is thoroughly studied among electrical engineers so as
to attain stealth capabilities of any object of interest. One particular kind of absorber which is …

With the increasing use of radar technology across various fields, electromagnetic pollution
has become a growing concern, posing significant risks to human health. Consequently …

In this study, a novel, low-profile, polarization-insensitive, and compact band-notched
absorber is presented. The objective of the proposed work is to design a miniaturized FSS …