Accessing the electromagnetic spectrum is the essence of modern warfare, which is
determined by the detection direction, the airframe structure, and the material. Modern …

Modulating the structure and morphology is essential in fabricating high-performance
electromagnetic absorbing materials. Herein, we obtained porous Fe 3 O 4/carbon hollow …

Alongside the rapid development of detection systems and improved detection accuracy,
infrared/radar-compatible stealth materials have become the emphasis of current stealth …

This study proposes a rational optimum design procedure for broadband radar absorbers
composed of a square-loop-shaped resistive frequency selective surface (FSS) that are …

For enhanced mechanical and microwave absorption properties at the same time, the SiC
f/hybrid matrix composites were fabricated by precursor infiltration and pyrolysis (PIP) …

The rapid development of communication technology has put new demands on high-
efficiency microwave absorbing materials. In this study, silicon carbide particles are totally …

The multifunctionality of an exemplary microwave absorber is an essential part of EMW
absorption for practical applications. Hence, the present work aims to enhance microwave …

Within the paradigm of smart mobility, the development of innovative materials aimed at
improving resilience against structural failure in lightweight vehicles and electromagnetic …

The statistical distribution of tensile strengths of 3 rd generation SiC fibers considered to be
of nuclear grade, namely Hi-Nicalon type-S (HNS) and Tyranno-SA3 (TSA3), is investigated …

A circuit-analog broadband radar-absorbing structure with improved mechanical properties
was proposed based on a periodic pattern etched on the Ni-coated fabric. Using the …