Single crystal SmCo5 nanoparticles with an average size of 3.5 nm are produced by cluster‐
beam deposition. When deposited without matrix, the nanoparticles showed a super …

The effect of Hf and B additions on the phase stability, microstructure and magnetic
properties of the metastable SmCo 7 (1: 7H) ribbons has been investigated with a combined …

In this work, Hf and B modified ribbon produced by RSP (rapid solidification process)
method have been studied to investigate the microstructure, phase formation and magnetic …

Microstructure optimization is highly desirable for improving the magnetic properties of
permanent magnetic materials. To optimize the microstructure and hence the magnetic …

The phase evolution, microstructure, and magnetic properties of melt spun SmCo 7− x Nb x
(x= 0–0.6) ribbons have been investigated using powder x-ray diffraction, transmission …

In this paper, a process that develops texture in nanocrystalline permanent magnet alloys is
presented. An originally isotropic material is passed through a high up-temperature gradient …

Abstract Anisotropic (Sm, Pr) 1 Co 5 based nanoflakes with a low aspect ratio, small in-plane
size, pronounced (0 0 l) out-of-plane texture, and high room temperature coercivity were …

Crystal structure and magnetic properties of melt spun SmCo7−xMx (⁠M=Ta⁠, Cr, and Mo; x=–0.6⁠)
ribbons | Journal of Applied Physics | AIP Publishing Skip to Main Content Umbrella Alt Text …

Rapidly solidified rare-earth-based permanent magnets are considered to have better
potential as permanent magnets compared to the conventional bulk materials, which can be …

In this work, SmCo7, SmCo7 (CNTs) 0.05, SmCo6. 1Si0. 9, SmCo6. 1Si0. 9 (CNTs) 0.05 as-
cast ingots and ribbons were prepared by arc-melting and melt-spinning methods …