This article provides an in-depth exploration of the current state of research in microwave-
absorbing composite materials, juxtaposing the status quo of coating type and structurally …

The compatibility of broadband electromagnetic absorption and electromagnetic damage
tolerance poses challenges to the regulation of electromagnetic response characteristics …

Carbon fiber reinforced polymers (CFRP) is becoming the predominant material in the
aviation industry due to its excellent performance including light weight, high specific …

In this paper, the design and preparation of infrared stealth coatings adapted to wear
environments by multi-arc ion plating is researched. The coating has a micrometer and …

FeCo-based alloy particles are considered optimal materials for electromagnetic wave
absorption due to superior magnetic properties, diverse loss mechanisms, and high curie …

The absorbing material featuring a honeycomb core structure exhibits dual functionalities of
load-bearing and electromagnetic wave absorption, making it widely applicable in stealth …

To obtain functional films with both electromagnetic shielding and infrared stealth
capabilities, this paper employs a method combining magnetron sputtering technology and …

Carbon-enriched polysiloxane-derived SiOC (C-SiOC) ceramics are promising
electromagnetic wave absorption (EMA) materials. However, oxidation and impedance …

The demand for materials with microwave absorption and mechanical properties in high-
temperature harsh environments is increasing in military and civil applications, but their …

This study presents PWDE-YOLOv8n, an enhanced method for detecting surface corrosion
in aircraft cabin sections, addressing challenges such as diverse corrosion morphologies …