In the last decade enormous effort has been made in research and investment to study
magnetic properties of thin films because of their obvious practical applications …

The magnetization behavior and the domain pattern in remanence are studied in Co/Pt
multilayers. The reorientation of magnetization from perpendicular to in plane is found to …

Polycrystalline Pt–Co multilayers with intentionally alloyed layers were grown by e-beam
evaporation on polyimide, Si, and glass substrates. X-ray diffraction spectra show that the …

Low-temperature magnetic force microscopy was used to study the threshold of nucleation
of spontaneous vortex-antivortex structures in superconductor/ferromagnet (S/F) hybrid …

Using coherent soft x-ray scattering we have measured slow magnetization fluctuations in
an Au/Co/Au heterostructure near a thermally driven spin-reorientation phase transition. The …

The first subject concerns the magnetic microstructure of domain walls located at the bend of
soft magnetic V-shaped nanowires. Three different types of domain walls were observed by …

The laser-induced precession of the magnetization vector is studied for Cu (111)/Ni/Cu
wedge structures using the time-resolved magneto-optical Kerr effect. A comparison with …

The dependence of magnetic anisotropy, magnetic domain patterns and magnetization
reversal processes in [Pt/Co (t Co)/Cu] 10 film stack epitaxied on Cu (111) substrate have …

Abstract The interaction of Co/Pt nanodots is studied by means of the anomalous Hall-effect.
On purpose the system of four dots is driven into a state of instability by applying a magnetic …

We present a method to accurately determine the canting angle of magnetization in Co/Pt
multilayers by utilizing magnetoresistance effects. In a current-in-plane geometry, the …