Manganese-based permanent magnetic materials have become an area of significant
research activity in recent years as a potential alternative to permanent magnets based on …

Recent advances in rare-earth-free hard-magnetic materials including magnetic bulk, thin
films, nanocomposites and nanostructures are introduced. Since the costs of the rare-earth …

In this work, the effect of carbon addition on the L1 0 τ-phase stability in (Mn 0.54 Al 0.46)
100-x C x (x= 0–5) magnetic alloys are investigated. By microstructural analysis, single …

The high cost of rare earth elements makes the use of high-performance permanent
magnets commercially very expensive. MnAl magnetic material is one of the most promising …

Mn-based intermetallic compounds have attracted much attention due to their fascinating
structural and physical properties, especially their interesting hard magnetic properties. In …

This investigation is focused on the rapidly quenched systems based on binary combination
of post-transition and transition metal atom. The metastable Al-Mn alloys are prepared in …

The combined addition of Boron (B) and Silicon (Si) to the rapidly quenched Zr-Co ribbons
on improvement of hard magnetic properties was investigated in Co 82-(x+ y) Zr 13 V 5 B x …

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 …

Additive manufacturing (AM) of magnetic materials has recently attracted increasing interest
for various applications but is often limited by the high cost and supply chain risks of rare …

Ferromagnetic τ-MnAl is a promising material for permanent magnetic applications due to its
high density-compensated energy product; however, the transformation pathway from its …