In the past few decades, metamaterial absorbers (MA) have become an important area of
research due to their potential application as ultrathin perfect absorbers. There are various …

A novel method aimed at reducing radar cross section (RCS) under incident waves with both
x-and y-polarizations, with the radiation characteristics of the antenna preserved, is …

In this letter, an optimized coding frequency selective surface (FSS) is designed using a
genetic algorithm to reduce the radar cross section (RCS) of a microstrip antenna in a wide …

Despite their widespread use for performing advanced electromagnetic properties,
metamaterial suffers from several restrictions in this technological era. Generally, technology …

This paper presents the design, synthesis, and testing of a novel flexible hybrid
nanocomposite (FHN) structure for the wideband radar cross section (RCS) reduction of …

This study investigates the impacts of polarisation-dependent circular metamaterial structure
for the reduction of radar cross-section (RCS) at multi-band resonance frequencies. We …

In this work, the technology of metamaterials (MM) is utilized to build a low radar cross-
section (RCS) antenna through absorption MM array for concealment and detection …

In this letter, a characteristic mode analysis method is presented for ultra‐wideband radar
cross‐section (RCS) reduction of microstrip antenna. By analyzing the magnitude of the …

The main focus of this investigation was the construction of three kinds of distinctive
structures, such as conventional coding metamaterial, tailored metamaterial, and combined …

This paper proposed a high angle stability polarization convert metasurface element. The
element has one dielectric substrate with the bending lines on the top layer and metallic …