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 …

PrCo 5 particles exhibit promising application potentials in fabricating high-performance
permanent magnets and nanocomposite magnets. In view of this, we employ a bottom up …

We report a chemical method to synthesize size-controllable SmCo5 nanoparticles (NPs)
and to stabilize the NPs against air oxidation by coating a layer of N-doped graphitic carbon …

We report a flame‐reaction method to synthesize high‐performance SmxCoy (x= 1, y= 5; x=
2, y= 17) particles on a multigram scale. This flame reaction allows the controlled …

It is difficult to obtain dispersed particles of SmCo5 by calciothermic reduction because of
sintering during the high-temperature reaction. This study presents a new strategy to …

We report a new strategy for stabilizing Fe nanoparticles (NPs) in the preparation of SmCo5–
Fe nanocomposites. We coat the presynthesized Fe NPs with SiO2 and assemble the …

The magnetic hysteresis properties of commercially available samples of sintered
permanent magnets with the composition of Sm (Co 0.796–x Fe 0.177 Cu x Zr 0.027) 6.63 …

Highly anisotropic SmCo 5 single crystal particles are promising candidates for high-density
data storage and building nanocomposite permanent magnets with large maximum energy …

A hard magnetic Sm-Co alloy nanopowder is successfully prepared by the recently-
developed low oxygen-induction thermal plasma (LO-ITP) process. Spherical particles with …

Rare earth permanent magnets with superior magnetic performance have been generally
synthesized through many chemical methods incorporating calcium thermal reduction …