Their high tunability of electronic and magnetic properties makes transition‐metal oxides
(TMOs) highly intriguing for fundamental studies and promising for a wide range of …

We investigated effects of inserted ultrathin Pt buffer on the perpendicular magnetic
properties of Ta/TbFeCo/Ta layered structures. For Tb-rich TbFeCo films buffered with Ta …

Among the magnetic materials in technological usage, amorphous rare-earth transition
metal (RE–TM) alloys are of great interest due to their adjustable magnetic properties and …

The understanding of the characteristics of a magnetic layer in a different environment is
crucial for any spintronics application. Before practical applications, thorough scrutiny of …

The control of magnetic properties by electric current in nanoscale devices is critical for
advanced applications of spintronics. Here, we study the anomalous Hall effect in …

Measurements of magnetization [M (H, T)] and anomalous Hall resistance [Rxy (H, T)] are
performed over a broad range of magnetic field (H) and temperatures (T) on sputter …

Abstract The influence of Tb 25 Fe 61 Co 14 thin film thicknesses varying from 2 to 300 nm
on the structural and magnetic properties has been systematically investigated by using of X …

Ultra-thin amorphous TbFeCo films with perpendicular magnetic anisotropy (PMA) are
sputtered. The PMA of the alloy films is found to be strongly related to the thickness. A critical …

Rare-earth transition metal (RE-TM) TbFeCo alloy films with adjustable perpendicular
switching field and anisotropy are desirable for the applications in high-density spintronic …

We investigate extraordinary Hall effect of sputtered amorphous ferrimagnetic GdFeCo alloy
films using a composite target method. The composite target consists of a FeCo alloy disk …