The elevated levels of electromagnetic (EM) radiation released by electronic instruments,
communication devices, and information processing technologies are becoming a major …

The effects of varying the amount of lanthanum infusion on the barium ferrite characteristics
were investigated in this study. An orthorhombic structure formed as a majority phase and …

Heightened levels of electromagnetic (EM) radiation emitted by electronic devices,
communication equipment, and information processing technologies have become a …

The development of high efficiency electromagnetic wave absorbing material is beneficial to
eliminate secondary microwave pollution caused by strong reflection of electromagnetic …

Magnetic-dielectric composites with multiple dissipation mediums are extensively applied in
microwave absorption fields. However, it still remains bottleneck problem to combine …

Novel multi-functional materials with very high microwave (MW) absorbance in the X-band
became demanding for varied high-sensitive electronic applications. To meet this goal, a …

Rare earth ions are highly effective additives for enhancing the absorption properties of W-
type barium ferrites. Unfortunately, the in-deep analysis for specific influences of rare earth …

The effects of size and distribution of magnetic filler materials with different loading
percentages inside PVDF matrix having mono-layer and multi-layer structures for the …

In this study, Fe 3 O 4@ SiO 2 core–shell/polyaniline composites were successfully
prepared by mechanical and chemical methods. The crystalline structure, morphology …

The phase equilibria in the ½Nd2O3–BaO–½Fe2O3 system were systematically studied at
1373 K in air and presented in the form of a phase diagram. By X‐ray diffraction (XRD) …