Nd 2 Fe 14 B-type materials exhibit the highest energy product around room temperature
and hence dominate the high-performance permanent magnet market. Intensive research …

We have demonstrated an anisotropic bulk SmFe 12-based sintered magnet with sufficiently
large coercivity of μ 0 H c= 1.0 T and a remanence ratio (M r/M s) of 0.84 using conventional …

Achieving a large coercivity in the SmFe 12-based compounds with excellent intrinsic
magnetic properties is the main challenge toward the development of new high-performance …

SmFe 12-based compounds with the ThMn 12 type structure are considered to be potential
candidates for rare-earth-lean permanent magnets; however, their poor phase stability has …

To introduce a paramagnetic intergranular phase into the ThMn 12-type permanent
materials, SmFe 12-based alloys with the composition of Sm x Zr 0.2 (Fe 0. 8 Co 0.2) 11.5 Ti …

Additive manufacturing is a perspective method to create new functional materials, eg,
permanent magnets. This work presents a proof-of-concept of additive manufacturing of (Sm …

Abstract Rare-earth-lean Sm (Fe, Co, Ti) 12 alloys with the ThMn 12 crystal structure and
less than one Ti atom per formula unit have the potential of exceptionally powerful …

In the present work, the Sm 0.74 Zr 0.26 (Fe 0.8 Co 0.2) 11 Ti alloys with ThMn 12 structure
are produced by optimum direct quenching (DQ30) and over-quenching (OQ44) followed by …

Abstract SmFe 11 Ti alloys with ThMn 12 structure are prepared by arc melting followed by
melt spinning. Effects of thermal annealing on the phase constituent, microstructure and …

In this work, the effects of partial substitution of Ce for Sm in (Sm 1− x Ce x) 2 Fe 17 N 3 (x=
0.2–0.8) compounds on their intrinsic and extrinsic magnetic properties have been …