Microwave-absorbing materials play a significant role in various applications that involve the
attenuation of electromagnetic radiation. This critical review article provides an overview of …

The largest source of renewable energy on Earth is Sun. Metamaterial can convert solar
radiation into useful thermal energy. Therefore, it would be valuable for use in several …

This paper focuses on a simple and cost− effective technique to explore the impact of the
drying and sintering process on the microwave absorption behavior of piper betel leaves …

The global development of electronic systems and telecommunications has triggered the
major concerns regarding Electromagnetic (EM) pollution. Motivated by the environmental …

Microwave power absorption by a two‐layer system deposited on a metallic surface is
studied in the experimental setup emulating the response to a radar signal. Layers …

Aiming at the poor effect of broadband wave-absorbing, the structural wave-absorbing
composites structure were designed and prepared by choosing FeNi alloy powder/epoxy …

Material classification is pivotal across materials science, engineering, and various industrial
sectors. Despite the high accuracy of traditional material classification methods, they often …

Perfect microwave absorbers, which absorb electromagnetic waves completely, play pivotal
roles in electromagnetic shielding, and stealth technologies. Existing microwave absorber …

Ultra-wideband water-based microwave metasurface absorbers have attracted considerable
interest owing to their promising applications for electromagnetic radiation prevention and …

Electromagnetic (EM) absorbers have several uses in today's military and civilian industries,
and there is a growing demand for microwave absorbers with good absorption …