Samarium–cobalt rare-earth (Sm–Co-RE) permanent magnetic materials with large
magnetic energy product, high coercive force, high Curie temperature, good thermal …

A novel microstructure of magnetically anisotropic SmCo-based magnet with high-
performance is reported. The magnet consists of SmCo 7-H (TbCu 7-hexagonal type), Sm 2 …

The evolution of the phase constitution and the microstructure, as well as their effects on
magnetic performance, were investigated systematically using a prepared nanocrystalline …

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 …

Low-temperature electrodeposition strategies to obtain lanthanides in metallic form using
ionic liquids are explored as sustainable substitutes to high-temperature molten salt …

We investigated the structural and magnetic properties of Sm (Co0. 7Fe0. 1Ni0. 12Zr0.
04B0. 04) 7.5 melt spun ribbons. Samples were arc melted then melt spun at 37 m/s up to 55 …

This work presented the electrochemical synthesis of Sm-Ni alloy magnetic materials by co-
reduction of Sm (III) and Ni (II) ions on a Mo electrode or a nickel coated Mo electrode in …

In this work Sm12. 5Co66. 5Fe8Cu13 ribbons, in the as-cast state and after annealing at
850° C for 3h, were studied. The investigated samples were obtained using the melt …

Abstract The crystalline Sm-Co alloys show excellent hard magnetic properties, while the
amorphous Sm-Co alloys have a poor performance. In this paper, Sm 12 Co 76-x Fe 4 Zr 7 …

The melt-spun Sm12Co60− xFe19Cu6Zr3Bx (0≤ x≤ 3) ribbons were prepared using arc-
melting method at a wheel speed of 20m/s followed by annealing at different temperatures …