In the conventional routes to obtain stealth array antennas, various techniques are used to
reduce the radar cross sections (RCSs) of existing antennas based on experience-relying …

This paper presents a methodology to control the reflection phase response from a 3-D
bandstop structure backed with an absorbing material. An absorptive frequency-selective …

In this study, a new eight-port dual-polarized multiple-input multiple output (MIMO) antenna
array design for 5G smartphone applications is proposed. The design contains four pairs of …

With the polarization-selective metamaterial absorber (PSMA), a unique approach for
reducing the in-band radar cross section (RCS) while preserving the radiation performance …

In order to extend the performance of radar absorbing materials, it is necessary to design
new structures with wideband properties and large angles of incidence which are also as …

This communication presents an approach to design a beam-steerable dipole array with low
radar cross section (RCS). A 2-D periodical array of dipole antennas is colocated with …

The scattering reduction of wideband phased antenna arrays has always been a significant
challenge. An ultra-wideband tightly coupled dipole array (TCDA) co-designed with low …

In this communication, a metasurface-based antenna array with wideband radiation and
broadband radar cross section (RCS) reduction is constructed. Without introducing …

To solve multisource electromagnetic problems, a new way of using Krylov type iterative
algorithms is presented to improve the finite-element tearing and interconnecting domain …

A new technique is proposed for designing a low‐scattering 2× 2 antenna array using
strategic coding metasurface ground for wideband bistatic and monostatic backscattered …