Fabrication of Electrodeposited FeCuPt Nanodot Arrays Toward $L1_{0}$ Ordering

Micromagnetic simulation of dynamic magnetic susceptibility and magnetostatic interaction fields of conical-shaped barium ferrite nanodot arrays

“…Patterned ferromagnetic materials have been widely investigated for their potential applications in ultrahigh-density magnetic recording and representative magnetic characterization for fundamental research [1,2]. Studying the magnetization dynamics is of significance both from the fundamental perspective and the industrial application point of view.…”

Templated Electrochemical Synthesis of Fe–Pt Nanopatterns for High-Density Memory Applications

“…Unfortunately, while 100 nm films would completely harden at 450 °C, thinner films of about 10 nm, more suitable for BPM, require layering of Pt-rich/Fe-rich films to achieve hardening at a reasonable temperature . Several other approaches have been proposed to accelerate the L1 0 ordering process of Fe–Pt, including the vacuum fabrication of multilayered Fe–Pt films − or addition of Cu as a third element to form a ternary FeCuPt alloy. − Previous studies of the fabrication of multilayered Fe–Pt films have shown that formation of a multilayered structure was effective in reducing the ordering temperature due to the enhanced diffusion at the Fe–Pt interface to form a L1 0 Fe–Pt phase . Fe–Pt multilayer films consisting of Fe- and Pt-rich layers were also studied to reduce the oxygen content in electrodeposited films.…”