This report presents a combined theoretical and experimental study of the electronic
structure of nanostructures of transition-metals on graphite. In the last few years a variety of …

The stability of magnetic states and the mechanism for magnetic transitions can be analyzed
in terms of the shape of the energy surface, which gives the energy as a function of the …

This paper presents a review of the electronic, magnetic and spectroscopic properties of
manganese (Mn)-based nanostructures. In the last few years a variety of techniques have …

The magnetic hyperfine field (hff) in epitaxial Fe/Cr (001) superlattices on Mg (001) with
different thicknesses of interfacial 57 Fe probe layers was measured by Mössbauer …

We present the very first non-collinear magnetic structure calculations of supported metallic
3d triangular trimers. Within the vector Anderson model, in dependence on the ratio between …

Calculations of stable and metastable magnetic states as well as minimum energy paths for
transitions between states are carried out using a noncollinear extension of the multiple …

The behavior of soft magnetic films in spring magnets, as a function of the intensity and
orientation of an external magnetic field, is described in the framework of spin-polarized non …

Magnetic structure of Cr trimer clusters on non-magnetic metal substrate has been
calculated by recursion method within Anderson model. The values of the moments are …

The magnetic structure of ultrathin Cr films on Fe is analyzed by taking into account the
roughness of the surface and of the interface. An algorithm for the epitaxial growth of the film …

The decrease of Fe magnetic moments in slow cooled bulk bcc Fe-V alloys and existence of
the “magnetically dead” Fe layers on V (110) substrate are explained in terms of a …