Twins–A weak link in the magnetic hardening of ThMn12-type permanent magnets
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 …
and hence dominate the high-performance permanent magnet market. Intensive research …
rare-earth-free permanent magnets: The effects of twinning versus dislocations in Mn-Al magnets
Defects of various kinds strongly affect local magnetic anisotropy and thus play a crucial role
in coercivity in high-performance permanent magnets. In particular, in rare-earth-free …
in coercivity in high-performance permanent magnets. In particular, in rare-earth-free …
Microstructure and extrinsic magnetic properties of anisotropic Sm (Fe, Ti, V) 12-based sintered magnets
Anisotropic SmFe 12-based sintered magnets require an optimum microstructure and alloy
composition to have a large coercivity μ 0 H c and remanent magnetization μ 0 M r. In this …
composition to have a large coercivity μ 0 H c and remanent magnetization μ 0 M r. In this …
Roadmap towards optimal magnetic properties in L10-MnAl permanent magnets
Twin boundaries impact negatively the magnetic properties in conventionally-fabricated L1 0-
type and RETM 12-type permanent magnets. Herein, we propose a strategy to suppress …
type and RETM 12-type permanent magnets. Herein, we propose a strategy to suppress …
On the ε→ τ phase transformation and twinning in L10− MnAl alloys
Formation of twins have been recognized as the bottleneck that limit the high-performance of
L1 0-type Mn-Al permanent magnets. Although it is known that twinning occurs as a …
L1 0-type Mn-Al permanent magnets. Although it is known that twinning occurs as a …
Grain boundary engineering in Nd-based ThMn12 magnets and their nitrides: A comprehensive study of challenges and limitations
Grain boundaries in rare earth permanent magnets are of major importance to optimize
coercivity and densification during sintering. In this work, grain boundary engineering of Nd …
coercivity and densification during sintering. In this work, grain boundary engineering of Nd …
High-coercivity ThMn12-type monocrystalline Sm–Zr–Fe–Co–Ti particles by high-temperature reduction diffusion
AM Gabay, GC Hadjipanayis - Scripta Materialia, 2021 - Elsevier
Abstract The ThMn 12-type (Sm, Zr) 1 (Fe, Co, Ti) 12 compounds have the potential of
powerful permanent magnets. Magnetically hard and anisotropic powders of such …
powerful permanent magnets. Magnetically hard and anisotropic powders of such …
Grain boundary segregation, phase formation, and their influence on the coercivity of rapidly solidified hard magnetic alloys
SmF e 11 Ti-based alloys have potential as permanent magnet materials; however, until
now, crystallographically textured bulk permanent magnets have not yet been produced …
now, crystallographically textured bulk permanent magnets have not yet been produced …
Ab initio phase stabilities of rare-earth lean Nd-based hard magnets
Due to the resource criticality of rare earth (RE) elements on the world market, combined
with an increasing demand for high-performance hard magnets for applications like wind …
with an increasing demand for high-performance hard magnets for applications like wind …
Combined ab initio and experimental screening of phase stabilities in the Ce-Fe-Ti- system ( and metals)
One of the main challenges for the synthesis and application of the promising hard-magnetic
compound Ce Fe 11 Ti is the formation of Laves phases that are detrimental for their …
compound Ce Fe 11 Ti is the formation of Laves phases that are detrimental for their …