Traditional honeycomb‐like structural electromagnetic (EM)‐wave‐absorbing materials
have been widely used in various equipment as multifunctional materials. However, current …

Multiwall carbon nanotubes (MWCNTs) reinforced composites for electromagnetic (EM)
absorption are reviewed. Here, four types of nanostructured radar absorbing materials …

A novel method for fabricating the two-layer honeycomb sandwich structure absorber
(THSSA) was developed. The honeycomb cores with different pore sizes coated with epoxy …

The undesirable absorption bandwidth is the main limitation for the application of microwave
absorbing materials. Noting that the design of structure and composition of absorbing …

Nowadays, the scholars have studied many microwave absorbing materials (MAM) to solve
the increasingly serious electromagnetic wave pollution, however, most of MAM are difficult …

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

In this study, we designed and fabricated a broadband microwave-absorbing honeycomb
core structure using a nickel-coated glass fabric, which can absorb the electromagnetic …

The development of thin microwave absorber coatings that operates for a wide range of
frequencies is still a challenging task. This work presents a technique of blending a fractal …

In this report, we designed and fabricated carbon-coated honeycomb microwave absorbing
materials (HMAMs), which were lightweight with high stiffness and exhibited broadband …

Electromagnetic wave radiation has adverse health effects on humans and can hamper
nearby electronic devices' regular operations. Therefore, the need to develop new materials …