This research investigates the design of a novel planar millimeter (mm)-wave absorber for
RADAR application. The proposed mm-wave absorber is constructed using integrated and …

In this paper, a broadband, polarization-independent metamaterial absorber for millimeter
waves is proposed. Operating across the frequency range of 22.7 GHz to 37.2 GHz, our …

In this paper, a wideband polarization-independent broad angular insensitive absorber is
proposed with miniaturization novelty. A 12∗ 12 octagon element with parasitic elements …

This article introduces a novel ultrawideband multilayer electromagnetic (EM) absorber for
mmWave applications. The magnetic substrate of the absorber was constructed using a …

This paper presented a novel design of thin and wide-band electromagnetic absorber. The
proposed structure was composed of a bottom metal plate, a homogeneous resistance layer …

This paper introduces a broadband electromagnetic wave absorber with characteristics of
polarization-independence and wide-angle stability based on resistive films with a three …

Absorbers for automotive radar applications must satisfy some requirements such as a wide
incident angle, polarization insensitivity, flexibility, low-profile structure, and low cost. To …

ABSTRACT A simple design of wideband wide‐angle ultrathin low profile metamaterial
microwave absorber has been presented. The unit cell of proposed design is composed of …

A broadband thin radar absorber based on a periodic frequency selective surface (FSS) is
proposed. The proposed absorber comprises a resistive film structure printed on a …

In this letter, a single-layer wideband absorber with compact thickness is proposed, and its
ability to reduce the radar cross section (RCS) is investigated. The absorber consists of two …