It is challenging to develop lightweight and efficient frequency-selective microwave
absorption materials due to the trade-off between impedance matching and microwave …

Designing advanced fiber-reinforced polymer composites through biological inspiration
proved to be a crucial strategy for overcoming limitations in simultaneously enhancing the …

There is an urgent global demand for electromagnetic waves (EMWs) attenuation to
eradicate electromagnetic pollution, which has become increasing prevalent within the last …

Designing absorbers with structural support to achieve ultra-wideband and wide-angle
absorption properties is crucial for addressing the growing concern of electromagnetic …

Absorption bandwidth is one of the key performance metrics for electromagnetic wave
(EMW) absorbers. Traditional oxide absorbers, despite their merits such as abundance, long …

Molybdenum disulfide (MoS2), as a two-dimensional material, has a potential application
prospect in microwave absorption, electromagnetic shielding, energy storage …

Simultaneously achieving infrared-radar compatibility in one material is an important
challenge for multi-spectral compatible stealth technology. Chitosan-derived three …

As multi-band military detection technology advances in the field of information warfare,
stealth materials that are only applied for single frequency bands have extremely poor …

Reasonable design of light-weight carbon-based current collector is a promising strategy to
enable high-energy-density lithium batteries. Herein, carbon-coated ZnO nanotube arrays …

Enhancing the flame retardancy of epoxy (EP) resins typically entailed a trade-off with other
physical properties. Herein, hyperbranched poly (amidoamine)(HPAA) and phytic acid (PA) …