The invention of bulk metallic glasses has stimulated extensive interest, due to their possible
technological applications in a variety of industrial fields and their scientific importance in …

Based on the powder metallurgy method, FeBSiC amorphous powders were produced by a
novel gas-water combined atomization process and were co-coated by five kinds of …

Novel amorphous magnetic-compound powder cores (AMPCs) composed of a mixture of
water-atomized FeSiBPNbCr amorphous powder and FeCo alloy powder were successfully …

FINEMET alloys have desirable soft magnetic properties due to the presence of Fe 3 Si
nanocrystals with specific size and volume fraction. To guide future design of these alloys …

Abstract Fe 81.5 Si 0.5 B 4.5 P 11 Cu 0.5 C 2 nanocrystalline alloy with high Fe
concentration possesses a finely uniform nanocrystalline structure and numerous α-Fe …

Abstract High Fe content Fe 76 Si 13 B 8 Nb 2 Cu 1 alloy ribbons with excellent quality and
width of 20–55 mm were successfully produced with industrial processes and raw materials …

In this paper, the effect of adding Permalloy (< 15 µm) on Fe 83.5 Si 7.5 B 5 Cr 4 amorphous
nanocrystalline magnetic powder (< 50 µm) was studied. The best stress relief annealing …

In this paper, the grain growth, lattice strain, order behavior and electronic structure of FeSiAl
powder were studied. Only the disorder bcc α-Fe peaks were exhibited after milling, and as …

Amorphous-nanocrystalline magnetic powder cores (ANMPCs) are highly potential soft
magnetic materials in high-frequency applications of power electronic devices. However …

Fe-based nanocrystalline FeSiBPCuC alloys (NANOMET®) with a combination of high
magnetic flux density, high permeability, and low iron loss have attracted much attention for …