This paper presents the synthesis of Fe–Co–Ni nanocomposites by chemical precipitation,
followed by a reduction process. It was found that the influence of the chemical composition …

Nanocomposites can be viewed as abundant interface nanoscale systems having the ability
to manipulate length scales that are fundamentally important to many physical properties …

Fe-based nanocrystalline/carbonyl iron hybrid soft magnetic composites (N/C HSMCs) with
excellent comprehensive magnetic properties were fabricated by cold compaction of gas …

Abstract Magnetic properties of Fe–Co–Ni ternary alloys could be altered by changing of the
particle size, elemental compositions, and crystalline structures. In this work, Fe 50 Co 50− x …

An intriguing pathway for the realization of metallic, rare-earth-free magnets is described.
Creation of a so-called “exchange-bias” permanent magnet is contemplated that mimics the …

Fe–NiO nanocomposites with Fe to NiO ratio 20: 80, 30: 70 and 50: 50 were prepared by a
chemical route. X-ray diffraction and TEM measurements showed the presence of α-Fe and …

Fe–Co–Ni particles with an average size of 45 and 135 nm are characterized in terms of
magnetic phase transformation and magnetic properties at room temperature. The bcc …

The results on the synthesis, microstructure, structure and DC magnetization studies of
nanocomposite Zn, Ni ferrite/NiO powder obtained by thermal decomposition of …

Nanostructured FeNi and FeNiGr alloys were successfully synthesized by the mechanical
alloying technique. The alloys formation and different magnetic properties were studied as a …

In the present work, in order to investigate the effect of composition on the magnetic
properties of nanoparticles, tri-metallic nanoparticles of Fe-Ni-Zn, Fe-Co-Zn and Co-Ni-Zn …