The substitution of conventional non-magnetic binder in soft magnetic iron composites by
insulating spinel ferrite has been proven as a powerful avenue for enhancing the interparticle …

This study sheds light on the dynamic magnetization process in iron/resin soft magnetic
composites from the viewpoint of quantitative decomposition of their complex permeability …

Electrical steel's magnetic properties in industrial applications often differ from theoretical
predictions due to assembly-induced mechanical stresses. In this study, we evaluate the …

We review the basic phenomenology of magnetic losses from DC to 1 GHz in commercial
and laboratory-prepared soft ferrites considering recent concepts regarding their physical …

Magnetic loss decomposition, going beyond the conventional power frequencies, and first-order
reversal curve approach have been combined to assess the anisotropy of …

Energy saving is one of the main driving forces behind the development of new magnetic
materials. Among many investigated materials, soft magnetic composites (SMCs) appear as a …

Low core loss soft magnetic composites based on iron powder particles encapsulated in
CoO- and TiO 2 -doped sintered Mn–Zn spinel ferrite matrix are fabricated with no additional …

The paper presents the soft magnetic composites consisting of iron particles with smoothed
surfaces, coated by the two-layer insulation of SiO 2 and Ni-Zn/Cu-Zn soft ferrite nano-sized …

The paper aims to give a comprehensive account of DC transverse bias magnetic field
influence on the dynamic magnetization processes in Fe 73 Cu 1 Nb 3 Si 16 B 7 soft magnetic …

Finemet type alloys have been investigated from DC to 1 GHz at different induction levels
upon different treatments: as amorphous precursors, as ribbons nanocrystallized with and …