The mandate to reduce greenhouse gases will require highly efficient electric machines for
both power generation and traction motor applications. Although permanent magnet electric …

Material choices for permanent magnets are analyzed in terms of energy product, anisotropy
and hardness parameter. Energy product is the main consideration for permanent magnets …

Permanent magnets, especially rare-earth based magnets, are widely used in energy-critical
technologies in many modern applications, involving energy conversion and information …

Chemically ordered L1 0-type FeNi, also known as tetrataenite, is under investigation as a
rare-earth-free advanced permanent magnet. Correlations between crystal structure …

A Monte Carlo simulation has been used to explore the magnetic properties of L1 0 ordered
FeNi and FePt binary alloys. Our Hamiltonians include Heisenberg interaction or Ising …

Structural, electronic, magnetic, and thermomagnetic properties of CoPt and NiPt alloys are
investigated using first-principles calculations with the aid of density functional theory (DFT) …

Effects derived from the simultaneous application of passive, uniform saturating magnetic
field and tensile stress during long-time annealing utilizing a unique and simple processing …

Recent developments in permanent magnetism are summarized, considering both intrinsic
and extrinsic properties. After a general introduction to permanent magnetism, several …

Permanent, or hard, magnets deliver high magnetic flux combined with high stability against
demagnetization. These properties render them essential in modern life: they are key …

Electronic and magnetic properties of L1 0-ordered Fe x Mn 1− x Al alloys (x= 0, 0.0625,
0.125, 0.1875, 0.5) are investigated by first-principle supercell calculations. Pristine MnAl …