We investigated the magnetic anisotropy and the high-frequency property of flexible
Fe60Co26Ta14 (FeCoTa) thin films obtained by oblique sputtering onto a wrinkled surface …

In this work, nanocrystalline Fe thin films on a Si (100) substrate were successfully prepared
using the oblique-angle sputtering technique coupled with applying an external magnetic …

Electromagnetic losses in composites could be synergistically controlled by permeability
and permittivity, associated with multiple ferromagnetic resonances and dielectric …

We produced a large uniaxial anisotropy (Hk) in ultrathin (1.2-2.4 nm) soft ferromagnetic
layers through the oblique deposition of a nanometer-thick metallic underlayer. Fe, Ni, and …

Oblique angle deposition can reduce ion bombardment and facilitate precursor migration on
surfaces, which can affect the crystallographic properties of thin films. We prepared …

The shape and magneto-crystalline anisotropies of 10 nm thick Co sputtered films have
shown to be dependent on the oblique deposition angle (α i), the angular velocity of the …

The permeability μ and resonant frequency fr of stripe domain ferrite doped CoFe thin films
are enhanced from 14 to 22 and 6.0 GHz to 6.4 GHz, respectively, by using Ta buffer layer …

In this work, the single-layer Fe and the bilayer MnIr/Fe thin films were fabricated on Si (100)
substrate using the oblique-angle sputtering technique. The structure and magnetic …

A comprehensive investigation of the magnetic properties and high frequency characteristics
of NiFe/MnIr bilayers with regards to oblique deposition angle was conducted in conjunction …

In this study, we systematically investigate the dynamic magnetic properties of FeSiAl-Al 2 O
3 thin films fabricated by hybrid oblique gradient-composition sputtering technique with …