We investigated the influence of magnetic domain walls and magnetic fields on the thermal
conductivity of suspended magnetic nanowires. The thermal conductivity of the nanowires …

Iron magnetic moment enhancement is observed following the irradiation of iron films with
490 keV F e+ at room temperature. The iron magnetic moment enhancement increases to …

We present the investigation on the modifications of structural and magnetic properties of
MnAs thin film epitaxially grown on GaAs induced by slow highly charged ions …

The effects of 90 keV neon beam irradiation on the structure and magnetic properties of zinc
ferrite thin films have been investigated through several methods, namely, X-ray diffraction …

Magnetic anisotropy is a key parameter of magnetic materials as it decides the response in
the presence of an external magnetic field. The artificial tailoring of magnetic anisotropy by …

A combined role of structure and morphology of polycrystalline Fe thin films in the evolution
of uniaxial magnetic anisotropy (UMA) subjected to several cycles of the ion beam erosion …

Magnetoelectric MEMS devices, such as magnetic field sensors, may be composed of a
multilayer stack as a magnetostrictive layer, which is mechanically coupled to a piezoelectric …

Stainless steel films were reactively magnetron sputtered in argon/methane gas flow onto
oxidized silicon wafers using austenitic stainless-steel targets. The deposited films of about …

Experimental investigations from the last 20 years demonstrated that ion irradiation with
slow highly charged ions on nanostructured ferrites has a significant effect on their structural …

We present the first investigation on the effect of highly charged ion bombardment on a
manganese arsenide thin film. The MnAs films, 150 nm thick, are irradiated with 90 keV Ne …