Soft magnetic composites (SMCs) are a crucial material in the process of electromagnetic
conversion, playing a critical role in power production, transmission and utilization. Third …

Fe‐based amorphous and nanocrystalline alloys are widely used in transformers, electronic
information, and aerospace applications due to their high saturation flux density (Bs), high …

Abstract Core-shell structured FeSiBCCr@ SiO 2 amorphous soft magnetic composites
(ASMCs) with tunable insulating layer thicknesses have been designed and fabricated by …

The SiO 2 insulating layer was prepared on the FeSiCr powders successfully by one-step
dumping sol-gel method and ammonia was used as the catalyst. It is found that the growth of …

Co element was doped in Fe-6.5 Si alloy and the corresponding soft magnetic composites
were fabricated successfully by conventional powder metallurgy techniques in this work …

Abstract Amorphous Fe 73 Si 11 B 11 C 3 Cr 2 powders were coated with a layer of Fe 3 O 4
through hydrothermal reactions. The coated powder was used to fabricate soft magnetic …

In this study, the effects of Ti content on the soft magnetic properties of Fe 85-x Si 9.6 Al 5.4
Ti x soft magnetic powder cores (SMPCs) were studied systematically. The addition of …

Hybrid soft magnetic composites are fabricated using bimodal amorphous Fe 73 Si 11 B 11
C 3 Cr 2 and crystalline Fe 50 Co 50 powders via MIM. When Fe 73 Si 11 B 11 C 3 Cr 2 …

A gradient Fe-Si alloy was prepared by solid powder siliconizing and diffusion annealing
using Fe-3.0 wt% Si alloy as raw material. Solid powder siliconizing was carried out at 800° …

The influence of Ni addition on Fe-based nano-crystalline alloys during the nano-
crystallization process is extensively studied by using first-principles molecular dynamics …