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 …

The constant drive to replace rare-earth metal magnets has initiated great interest in an
alternative. Manganese (Mn) has emerged to be a potential candidate as a key element in …

The review is devoted to compounds and materials demonstrating extremely high magnetic
hardness. The recent advances in the synthesis of modern materials for permanent magnets …

MnBi is an attractive rare-earth-free permanent magnetic material due to its low materials
cost, high magnetocrystalline anisotropy (1.6× 10 6 J m− 3), and good magnetization (81 …

MnBi alloys with high content of low temperature phase (LTP) MnBi and excellent magnetic
properties were prepared by surfactant assistant ball milling (SABM), using annealed …

Fine and magnetically hard MnBi powders with limited surface oxidation were
unprecedentedly synthesized with a high-throughput low-oxygen induction thermal plasma …

The MnBi permanent magnetic alloys with high coercivity was prepared by a low-energy ball
milling process. The coercivity of the MnBi alloys can be controlled by tuning the particle size …

The low temperature phase Mn 55 Bi 45-x Ga x (x= 0, 1, 3, 5, and 10) alloys were prepared
by induction melting process with subsequent low temperature annealing. The effects of Ga …

MnBi low-temperature phase (LTP) powders with composition of Mn 50 Bi 50 were prepared
using traditional casting followed by annealing and subsequent low energy ball milling with …

The low-temperature phase (LTP) of the binary MnBi alloy system is well recognized for its
potential to yield the highest maximum energy product value among the rare earth element …