The growing prevalence of electromagnetic wave pollution, attributed to the advancement of
electronic communication technology, has resulted in an increased demand for …

Magnetic Fe 3 O 4 has interesting characteristics such as large surface area, low toxicity,
ferromagnetic, and biocompatible. The presence of magnetic properties in Fe 3 O 4 provides …

In this work, composite microspheres were formed by integrating graphene (GR) and Fe 3 O
4 into an ethylcellulose matrix via an emulsion emulsification reaction. Composite wires …

To recover valuable products from biomass, bifunctional catalysts (N-Fe/BC) capable of
microwave absorption and oriented production of phenolics were prepared by a one-pot …

Designing effective microwave-absorbing materials (MAMs) and microwave-absorbing
structures (MASs) can be complex and requires a deep understanding of microwave …

A lightweight microwave-absorbing material with a strong electromagnetic-absorption
capability of practical significance in the field of electromagnetic compatibility was obtained …

A novel combined process of sol-gel method and subsequent in-situ pyrolysis was proposed
to prepare magnetic porous carbon composites. Wheat flour was used as the raw material to …

In this paper, BaFe12O19/Ni0. 5Mn0. 5Fe2O4@ PANI core‐shell nanocomposites were
synthesized with different ferrite/PANI ratios. The Ferrite nanoparticles were prepared by the …

Today, electromagnetic pollution is one of the most important factors that can endanger
human health and have a destructive effect on electrical devices. The use of conductive …

The limitations of traditional flat microwave absorbers in terms of material parameters make
it challenging to improve the working bandwidth. An artificial surface microwave absorber is …