Fe-based alloys with a nanocrystalline-amorphous nanostructure exhibit superior soft-
magnetic performances; however they generally suffer from the low magnetization because …

A new amorphous alloy has been recently introduced which shows a saturation magnetic
induction Bs of 1.64 T which is compared with Bs= 1.57 T for a currently available Fe-based …

The crystallization behavior, heat-treatment condition dependences of soft-magnetic
properties and microstructural evolution in Fe 83-x Si 4 B 10 P 2 Cu 1 M x (M= V, Cr, Nb, Mo …

Abstract A series of [Fe 0.76+ x (Si 0.4 B 0.4 P 0.2) 0.24− x] 98.25 Nb 1 Cu 0.75 (x= 0–0.08)
nanocrystalline soft-magnetic alloys with high saturation magnetization were synthesized by …

Ultra-rapidly annealed (heating rate> 10 4 K/s, annealing time< 1 s) Fe-rich nanocrystalline
soft magnetic materials with a nominal composition of Fe 100− x B x and Fe 87− y B 13 M y …

High B s nanocrystalline alloys (HBNAs) are increasingly attractive due to their unique
microstructure and outstanding magnetic properties. It is important to clearly explore the …

In Fe-based amorphous-/nanocrystalline ribbons, the uniformization and refinement of α-Fe
grains are key aspects for optimizing their soft magnetic and mechanical properties. Herein …

The completely amorphous structure in the precursor is a significantly important prerequisite
for obtaining the perfect amorphous-nanocrystalline duplex structure and the excellent soft …

Good high-frequency magnetic softness and thermal stability are very important for the wide
application of Fe-based nanocrystalline alloys. The present work reports the influence of Mn …

This work examines the effects of magnetic field-assisted melt-spinning on the precursor
solidified structure, glass forming ability (GFA), nanocrystallization behavior, and soft …