With increasing problems of electromagnetic interference and pollution, efficient microwave-
absorbing materials are urgently needed. Carbon materials have the merits of natural …

The ever increasing electromagnetic energy and multiple reflections of electromagnetic
wave (EMW) impair human health and information security. The EMW absorbing …

Rationally engineered porous structures enable lightweight broadband electromagnetic
(EM) wave absorbers for countering radar signals or mitigating EM interference between …

A multifunctional stealth technology compatible with infrared and radar is one of the most
feasible ways to improve the survival of military equipment under high-temperature …

Sandwich structure composite is one of the most potential and effective materials to
comprehensively realize microwave absorption in wide frequency range and structural …

Rationally designed porous structures are promising as broadband electromagnetic (EM)
wave absorbers for counteracting military radar signal or reducing EM interference between …

The 3rd pathway of producing honeycomb-structured radar absorbing materials (HRAMs) is
innovated using novel paper-based composites (PBCs) produced by a papermaking …

Electromagnetic wave (EMW) pollution impairs the performance of equipment, facilities,
information security, and human health. Ordinary, plain cementitious composite has limited …

In this paper, a new proposed radar-absorbing honeycomb sandwich composite with nickel-
coated glass fabric, implemented via electroless plating, was applied to the leading edge of …

Integrated lightweight metastructures with microwave absorption and mechanical properties
are of great significance in practical applications, but so far relevant study is still lacking. In …