In this research, dysprosium-substituted M-type Ca-Mg hexaferrites are successfully
fabricated via sol–gel combustion technique, employing a nominal composition of Ca 0.5 Mg …

With the development of modern communication and military technology, the protection of
electromagnetic wave pollution and radar stealth technology have been widely concerned …

In this work, the SrFe 12–x Zn x O 19 (Zn-SrM, x= 0, 0.1, 0.4, and 1.0) samples were
fabricated using a combination of ball milling and heat treatment methods, which was simple …

The global focus on electromagnetic interference and pollution is undeniable. To counter
these challenges, high-performance microwave-absorbing materials (MAMs), typically …

In order to improve the weak dielectric loss capability and poor impedance matching of Fe 3
O 4, the hexagonal plates of Fe 3 O 4/Fe 2 O 3/C nanocomposites were rationally …

Perovskite-type rare-earth ferrites (REFeO 3) are promising materials for absorbing
electromagnetic (EM) wave pollution. However, insufficient dielectric loss and poor …

Bi-layer absorbers, which include porous and hierarchical materials, benefit from their slight
weight, garnering increased interest in electromagnetic wave dissipation adaptability …

Bio-char decorated with inorganic magnetic component has shown great potential as a
microwave absorbent because of the synergistic effect of two components. This composite …

Barium hexaferrite BaFe12O19 (BaM) nanoplates have been synthesized by using a
combined sol–gel technique and molten salt method through high-temperature calcination …

Tin dioxide (SnO2) is an n-type semiconductor with strong dielectric properties and a unique
electromagnetic loss mechanism, with excellent electrical conductivity, mechanical strength …