Current developments in kinetic and thermodynamic stabilization of grains in nanostructured
metals, alloys, and compounds are generalized and discussed in detail. As applied to the …

Sm–Co alloys are the most promising candidates for high temperature applications in
advanced power systems owing to their high Curie temperature and high thermal stability of …

Recovery and separation of rare earth elements was highly crucial but difficult. In this study,
a well-designed new ionic liquid named as benzyltributylammonium decanedioate ([N …

The effect of grain size on the elastic mechanical properties of nanocrystalline pure metal Al
is quantified by molecular dynamics simulation method. In this work, the largest …

Two kinds of lamella phases were observed in the phase transformations during aging of
Sm (Co 0.695 Fe 0.2 Cu 0.08 Zr 0.025) 7.2 magnets, which formed before and after the …

The sintered magnets with the nominal composition of Sm (Co 0.65 Fe 0.26 Cu 0.07 Zr 0.02)
7.8 were prepared by standard metallurgical method. The evolution of phase transformation …

A model coupling first principles and thermodynamics was developed to describe the
thermal stability of a nanograin structure in solid solution alloys. The thermodynamic …

Nanocrystalline WC–Co bulk was prepared using a novel route that combined in situ
reactions and subsequent spark plasma sintering. The microstructure was characterized by …

Compared with other material performances, magnetic properties are more closely related to
the electronic structure and sensitive to the material composition. To date, no unified …

Sm–Co alloys with the stabilized SmCo7 phase are most prominent candidates for
advanced high temperature permanent magnets, where the stabilization of the SmCo7 …