A systematic study of heat treatments and magnetic hardening of NdFeB-based melt-spun
nanocomposite ribbons have been carried out. Comparison was made between samples …

Inert gas condensation has been used to produce Fe-rich Fe–Pt clusters imbedded in C or
SiO2. Compositions of the clusters ranged from the single-phase Fe3Pt phase field to the …

In this paper, we investigate the magnetization reversal in single-phase RE 2 Fe 14 B and
two-phase α-Fe∕ RE 2 Fe 14 B with varying nanoscale grain structures and intergranular …

The microstructure and interactions between grains in Pr9Fe52Co13Zr1Nb4B21 magnets
produced by short time annealing (at 983K for 5min) of rapidly solidified samples were …

In this study, the effects of different annealing temperatures on the structure and magnetic
properties of Nd-Fe-B nanocomposite permanent magnetic alloys with nominal composition …

In this work the effects of Ti and C additions on the structure and magnetic properties of Nd–
Fe–B nanocomposite permanent magnetic alloys with nominal composition of Nd9. 4Pr0 …

A Nd–Dy–Fe–B alloy was designed to exhibit high coercivity and optimum loop shapes
utilizing a combination of intrinsic and extrinsic alloy design principles. After achieving these …

The rod specimens were produced from Pr9Fe50+ xCo13Zr1Nb4B23–x (x= 0, 5, 8) alloys
using the suction-casting technique. Subsequent devitrification annealing of those samples …

Cluster beam deposition provides the opportunity to create novel, highly uniform
nanostructures, and the far-from-equilibrium nature of the processing offers pathways to new …

Abstract Microstructures of MM-Fe-B hot-pressed magnets with and without Ti addition were
investigated. Both materials showed hard magnetic behaviours with more or less same (BH) …