We have undertaken a temperature-dependent, investigation of the thermodynamics,
structure, morphology and magnetism of two MnAl nanocomposite alloys (Mn 60 Al 40 and …

A FePt-based hard-magnetic nanocomposite of exchange spring type was prepared by
isothermal annealing of melt-spun Fe 52 Pt 28 Nb 2 B 18 (atomic percent) ribbons. The …

Structural and magnetic properties of exchange spring magnets consisting of hard magnetic
(FePt) and soft magnetic (Fe and Co) bilayers, prepared by ion beam sputtering method are …

With the aim of demonstrating phase coexistence of two magnetic phases in an intermediate
annealing regime and obtaining highly coercive FePt nanocomposite magnets, two alloys of …

Intermetallic Cr-Al-C thin films from the 211 class of MAX phases were fabricated via ion
beam deposition and structural investigations were undertaken to obtain information about …

A novel nanocomposite FePt-based exchange-coupled magnet has been synthesized and
structurally and magnetically characterized. We report for the first time the direct formation of …

The ordered face-centered tetragonal (FCT) FePt nanoparticles (NPs) were successfully
synthesized by the modified sol–gel method. The relationship between the annealing …

Ceramic-metallic MAX phase of chromium aluminium carbide ternary compounds was
successfully obtained through deposition by DC sputtering onto Si substrates. A study of the …

A quaternary Fe–Pt–Nb–B alloy has been fabricated by the melt spinning method with the
purpose of the formation of crystallographically coherent multiple magnetic phases …

In order to prove the usefulness of having a structurally disordered precursor to the formation
of FePt L10 phase and to facilitate the co-existence of exchange coupled hard and soft …