Using the interference of laser beams, we have fabricated the periodic arrays of submicron
wires in Fe/C and Fe/Cr thin-film alloys. The array formation is found to arise from iron …

We report on a mechanism of dynamic dipolar coupling in magnetic superlattices via long-
wavelength nonevanescent fields. In the spin excitation spectra of our heterophase stripe …

We present the formation of magnetic nanostructures through the annealing of PLD-
deposited Fe-Cr and Co-Ag thin film mixtures by the interference of pulsed laser beams …

Metastable Fe–Cr alloy films of various composition prepared by cross-beam pulsed laser
deposition using two different procedures are investigated by wide-angle X-ray scattering …

Unusual phase formation in Fe–Cr alloys co-deposited by pulsed laser deposition (PLD) is
reported. Contrary to expectations to obtain a continuous series of supersaturated body …

The coarsening process in decomposing alloys is studied within the one-dimensional (1D)
Cahn-Hilliard model using both the analytical and numerical methods. We have developed …

Laser-induced local modifications of magnetic order in thin Fe-Cr layers were investigated.
Local modification in the layers were induced by interfering laser beams. The results of the …

This paper presents the results of research into the phase and magnetic state of products of
the arc synthesis of Fe-carbon nanoclusters by Mössbauer spectroscopy. These …

In the present chapter the properties of metastable film structures synthesized via high-
vacuum cross-beam pulsed laser deposition (CBPLD) are considered. In the high-vacuum …

This chapter provides numerical and graphical data on magnetic and electrical properties of
magnetic metallic multilayers of CrFe. Magnetization, spontaneous magnetization, saturation …