The development of magnetic materials with large uniaxial magnetic anisotropy (K u) and
high saturation magnetization has attracted much attention in various areas such as high …

The development of magnetic materials with high saturation magnetization (M s) and
uniaxial magnetic anisotropy (K u) is required for the realisation of high-performance …

Abstract Iron-Cobalt (FeCo) columnar, multilayered structure is prepared by depositing
several thin FeCo layers by varying the angle between the surface normal and the …

Improving the properties of permanent magnets is essential for the advancement of electric
motors in reducing energy consumption and carbon emissions. This study investigated the …

We have investigated the Gilbert dam**, α, of a tetragonally distorted, perpendicular
magnetic anisotropic (PMA) ultrathin Fe 0.5 Co 0.5 film grown on a Rh-buffered MgO (100) …

Magnetic properties of sputter-deposited Fe 3 O 4/Cr multilayers followed by annealing in
vacuum were investigated. The saturation magnetization and perpendicular magnetic …

We experimentally prepared a ferromagnet with an L1 0-FeCo ordered structure by inserting
a periodic buffer layer to suppress the B2 structural transition and to maintain the L1 0 …

High-temperature time-resolved magneto-optical Kerr effect microscopy, an updated version
of the pump-probe laser technique, enables one to measure the magnetization dynamics at …

In this study, the effect of adding V to N-containing Fe and FeCo on the stability of the body-
centered tetragonal (bct) structure was investigated. The crystal structures of FeN, FeVN …

The hard magnetic properties of nanostructured tetragonally distorted FeCo films, which
have a relatively high magnetic anisotropy of~ 10 6 J· m-3, were investigated to reveal the …