Mn–Al–C is intended to be one of the “gap magnets” with magnetic performance in-between
ferrites and Nd-Fe-B. These magnets are based on the metastable ferromagnetic τ-phase …

Structural and magnetic characterization of isotropic Mn–Al–C bulk samples obtained by
spark plasma sintering (SPS) is reported. This technique, to the best of our knowledge, has …

The metastable τ-phase of MnAl equi-atomic compound belongs to a family of ferromagnetic
alloys with L1 0 crystal structure. Stabilization of the phase by adding 2 at.% using …

Bulk Mn 52 Al 46 C 2 in τ-phase was prepared by vacuum induction melting and used as
precursor for the production bulk permanent magnets by suction casting and hot-extrusion …

The metastable tetragonal τ-phase has been directly obtained from casting Mn 0.54 Al 0.46
and (Mn 0.55 Al 0.45) 100 C 2 using the drop synthesis method. The as-casted samples …

Mn-Al powders were prepared by rapid solidification followed by high-energy mechanical
milling. The rapid solidification resulted in single-phase ε. The milling was performed in both …

The phase transformation in two modes, including both displacive and massive growth of τ-
phase from ε-MnAl (C), was observed by in situ transmission electron microscopy. The exact …

Structural and magnetic characterization of Mn x− y Al 100− x− y C 2y (x={50, 55}; y={0, 1})
meltspun ribbons is reported. To obtain the metastable ferromagnetic τphase, rapidly …

Isotropic nanocrystalline MnAlC particles with quasi-spherical shape were synthesized by
gas-atomization being afterwards milled for a short time of 60 s. Gas-atomized and milled …

The near-equiatomic Mn-Al alloys are considered for possible applications as rare-earth-
free permanent magnets due to the existence of a ferromagnetic τ-phase with L1 0 crystal …