For dielectric-magnetic dual loss absorbers, magnetic loss capacity is the main contributor
for improving microwave absorbing performances. Shape anisotropy induced by different …

Double loss absorbers have attracted considerable attention due to their lightweight, thin
thickness and excellent absorption performance. Herein, double loss Ti 3 C 2/Ni absorbent …

Ball milling introduced graphene oxide onto FeSiCr, followed by radiation reduction to
convert it to reduced graphene oxide (rGO). The materials, FeSiCr-rGO and FeSiCr-GO …

Abstract Fe2O3‐coated FeSiCr (FeSiCr@ Fe2O3) nanoparticles were prepared by plasma
arc discharge method and oxidation heat treatment process, and the crystallinity of Fe2O3 …

Abstracts FeSiCr@ MoS 2 composites were obtained by in-situ growth of the two-
dimensional material MoS 2 on the surface of oxidized flaky FeSiCr using oxidation and one …

Abstract The Fe 3 O 4@ C@ FeSiCr composite was successfully prepared by compounding
flaky FeSiCr magnetic powder with an organo-metallic frameworks (MIL-88 (Fe)), and then …

Sandwich microstructure composites composed of Ce 2 Fe 17 N 3-δ and different mass
fractions of expanded graphite (0, 1, 2, 3 wt%) were prepared, and their microwave …

In this paper, ZnFe 2 O 4-coated FeSiCr (FeSiCr@ ZnFe 2 O 4) nanocomposites were
fabricated by plasma arc discharging and hydrothermal methods. The polarization strength …

The natural aggregates in asphalt mixture with poor electromagnetic loss have poorer
microwave absorption capacity and lower microwave energy utilization. The nucleus-shell …

Soft magnetic alloys have garnered formidable interests as microwave absorbents for the
potent magnetic losses. But the application is hindered by the simplex attenuation behavior …