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 …

Ferromagnetic phase of Mn-Al exhibits great potential in the rare-earth free permanent
magnetic materials due to its high magnetocrystalline anisotropy, high magnetization, high …

In order to understand the genesis of the magnetic τ-phase of MnAl alloy, which due to its
multiphase nature is generally difficult to synthesize as a single-phase, we have synthesized …

The influence of an additional annealing step during synthesis on the preparation of MnAl
based permanent magnet alloys has been investigated. Bulk samples of Mn 55 Al 45 C 2 …

The low cost, rare earth free τ-phase of MnAl has high potential to partially replace bonded
Nd2Fe14B rare earth permanent magnets. However, the τ-phase is metastable and it is …

The MnAl-base permanent magnets continue to loom on the horizon as potentially important
technological materials. Marginal enhancement of their technical magnetic properties and …

Mn54Al44C2 ribbon samples have been prepared by melt spinning in a single-phase ɛ
hexagonal disordered state and its exothermal transformation at around 500° C into a …

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 …

Rare-earth-free MnAl-C-Ni permanent magnets have been produced for the first time by
extruding powders milled from bulk. The resulting materials, fabricated using different …

Phase-pure τ-MnAlC powder has been synthesized using mechanical alloying followed by a
single annealing step. Mechanical alloying from the elemental constituents resulted in 100 …