Nanocrystalline materials exhibit remarkable structural, electrical, magnetic, and optical
properties, which can be exploited in a wide variety of structural and nonstructural …

Abstract Different grades of Nd-Fe-B permanent magnets are available on the market today
and their magnetic properties highly depend on the microstructure, which is controlled by the …

In this work, we have used bulk combinatorial synthesis to rapidly identify a (Nd, Ce, La)-Fe-
B composition that is both Nd-lean (< 50% of total rare earth content) and exhibits good …

The growth kinetics of stoichiometric Nd–Fe–B alloys with carbon and Ti or Mo additions
have been investigated with the electromagnetic levitation technique. The growth velocity of …

Enhanced energy product and higher operating fields can be achieved by improving the
squareness of the demagnetization loop. In isotropic materials, increasing loop squareness …

The effect of strain and stain rate on microstructure and the magnetic properties of Nd-Fe-B
magnets during hot-deformation process have been studied with commercial melt-spun …

Rapidly solidified samples of Nd 9.5 Fe 84.5 B 6 with and without 3 at.% TiC were prepared
by melt spinning and melt extraction and then annealed in vacuum (3× 10− 6 Torr) at …

The effects of Co and C substitution on the magnetic properties, phase evolution and
coercivity mechanism of Pr-poor and B-enriched Pr9Fe76Ti4B11 ribbons have been …

An iron-based rare earth alloy nanocomposite magnet has a composition represented by
(Fe 1-m T m) 100-xyz Q x R y Ti z, where T is Co and/or Ni, Q is B and/or C and R is rare …

A rare-earth alloy powder is obtained by rapidly cooling a melt of an alloy by an atomization
process. The alloy has a composition represented by (Fe 1-m T m) 100-xyz Q x R y Ti z M n …