This paper describes the study of the structural properties of the alloy layers prepared by two
different, impulsively working PAPVD methods: the Pulsed Magnetron Sputtering (PMS) and …

The amorphization and alloying behavior of an Fe-Cu system were investigated by a three-
dimensional molecular dynamics simulation. A repetitive process of attachment and …

The combined study of structural and magnetic properties of Co x Ag 1− x heterogeneous
films in a wide concentration range 0.18< x< 0.82 was performed using nuclear magnetic …

The structural, magnetic and magnetoresistive properties of a wide range of mechanically
alloyed Fe-Co-Ag granular materials were investigated by means of x-ray diffraction …

Based on a simple model of spin-dependent scattering, an improved microscopic approach
is proposed to describe the magnetoresistance in granular magnetic systems. The feature is …

Thin films of silver containing 0.3–1.5% Fe have been prepared by vapor codeposition.
Depending on substrate temperature and iron concentration, we could systematically follow …

The structural and magnetic properties of a representative member of a class of
technologically relevant ternary metallic alloys have been studied in detail. The alloy, of …

The aim of the present work was to provide information about the relation between the
frequency of impulse plasma generation and a structure of the Fe–Cu alloy layers produced …

The magnetoresistive behavior of granular thin films prepared by Fe and Co implantation in
Ag thin films is reported. Ag thin films (∼ 2000 Å) were deposited by evaporation or laser …

We present an analysis of the effect of intergranular interactions on magnetic susceptibility of
granular magnetic systems. The RKKY-type interaction between magnetic granules, via the …