We report the thermoelectric power (TEP) and electrical resistivity characterization
supported by structural and surface morphological properties on a wedge shaped ultra-thin …

Magnetic properties of an ultrathin Co layer deposited on the Mo (1 1 0) or Au (1 1 1) buffers
crucially depend on magnetic layer thickness and a cap layer type (Au or Mo, studied in this …

The magnetic properties of Ni 80 Fe 20 antidot arrays with hole diameters of 18 and 70 nm
fabricated by a template-assisted method were investigated using the ferromagnetic …

We have performed a detailed investigation of the morphological and magnetic domain
structures of nanocrystalline thin cobalt films with perpendicular magnetic anisotropy. The …

The properties of perpendicularly magnetized isolated nanodots different in shape, size, and
internal structure are simulated by micromagnetic calculations. Investigated dots are …

We study the properties of magnetic islands with perpendicular magnetization (dots),
hundred nanometres in lateral size, embedded in a magnetic matrix, by magneto-optical …

We have made a quantitative study of the morphological and magnetic domain structures of
100 nm thick nanocrystalline cobalt films thermally evaporated on naturally oxidized Si (100) …

Magnetic anisotropy that determines magnetization orientation in ultrathin layered structures
strongly depends on the Co layer thickness and a type of adjacent non-magnetic films. For …

Review of results of selected experimental and theoretical studies of magnetic
nanostructures (mainly based on cobalt films) is presented. Different magneto-optical …

In this work we investigate magnetization reversal process in nanodots. The dots are formed
by the part of the Co layer which is deposited on the top of Au islands selfassembled on the …