Sm–Co alloys are the most promising candidates for high temperature applications in
advanced power systems owing to their high Curie temperature and high thermal stability of …

The segregation of Cu is crucial for the magnetic properties of 2: 17 type SmCo magnets,
which is firstly affected by the ordering process during aging treatment. In this research, the …

The combined addition of Boron (B) and Silicon (Si) to the rapidly quenched Zr-Co ribbons
on improvement of hard magnetic properties was investigated in Co 82-(x+ y) Zr 13 V 5 B x …

Multicomponent doping may be a promising way to optimize the composition of SmCo 5-
based alloys. Moreover, the magnetic properties of Sm-Co alloys are particularly sensitive to …

In this study, we investigated the magnetic properties, microstructures, and Cu distribution
on the mechanism of coercivity enhancement of Sm (Co bal Fe 0.25 Cu 0.06 Zr 0.02) 7.5 …

For the development of rare-earth free permanent magnets with better performance to cost
ratio, V and B dopings were employed to enhance the hard magnetic properties of Zr-Co-VB …

Metallic doping is widely recognized as an effective approach to modulate the intrinsic
electronic structure of platinum (Pt)-based electrocatalysts, thereby enhancing their …

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 …

The exceptional magnetic properties of 2: 17 type SmCo magnet material is the results of its
unique cellular structure. We conducted a systematic analysis of the evolution of the solid …

Misch Metal (MM)-Fe-B magnets are proposed to develop permanent magnets with a high
performance/cost ratio and to balance the disproportionate use of rare earth (RE) resources …