Permanent magnets (PM) are critical components for electric motors and power generators.
Key properties of permanent magnets, especially coercivity and remanent magnetization …

New magnetic materials for energy and information-processing applications are of
paramount importance in view of significant global challenges in environmental and …

Hard ferromagnetic behavior is reported for crystalline Hf 2 Co 11 B produced by melt-
spinning. For the highest-performing material, remanent magnetization, intrinsic coercive …

A study dealing with the effect of the carbon nanotubes (CNTs), at various weight fractions,
on the effective thermal conductivity of a CNT‐reinforced polymer by associating it with the …

For the development of rare-earth free permanent magnets with better performance to cost
ratio, V and B do**s were employed to enhance the hard magnetic properties of Zr-Co-VB …

The microstructures of high-coercivity Co–Zr–B melt-spun ribbons were examined in order to
determine the hard magnetic phase in the Co–Zr–B alloys. Throughout X-ray diffraction …

Abstract Effect of elemental substitution of M (M= C, Cu, Ga, Al and Si) for Zr on the magnetic
properties, phase evolution, and microstructure of melt spun Co 80 Zr 18− x M x B 2 (x= 0–2) …

Electronic and magnetic properties strongly depend on the structure of the material,
especially on the crystal symmetry and chemical environment. In nanoparticles, the break of …

The role of Ti and Si additions in the magnetic hardening of rapidly-quenched Zr 2 Co 11-
based nanomaterials has been investigated. Nanocrystalline Zr 17− x Ti x Co 83 and Zr 18 …

Fe x Pt 1-x nanoparticles prepared by organometallic synthesis and gas-phase
condensation were structurally and magnetically characterised. The effective spin magnetic …