The injection of material into a target specimen in the form of an accelerated ion beam offers
a most valuable tool for altering its physical, chemical, structural, surface and interface …

A set of Fe-based amorphous alloys, Fe 93− x− y Zr 7 B x Cu y, with x= 4, 6, 8, or 12, and y=
0 or 2 has been systematically characterized in their ability to form nanocrystalline …

The combined conversion electron emission and γ‐transmission Mössbauer spectroscopy is
used to investigate the differences in the bulk and surface crystallization of the amorphous …

The microstructure and magnetic properties of Fe/Ti multilayer films prepared by rf-sputtering
deposition are studied via conversion electron Mössbauer spectroscopy (CEMS), x-ray …

The structure and magnetic properties of the rf-sputtered Fe/Ti multilayers with the fixed Ti-
layer thicknesses (series 1: t Ti= 1 nm and series 2: t Ti= 2 nm) and the variable Fe-layer …

The magnetic properties of the Fe/V superlattices were studied by conventional Conversion
Electron Mössbauer Spectroscopy (CEMS) and online 57 Fe+ emission Mössbauer …

The structure and magnetic properties of rf-sputtered Fe/Zr multilayers with ultrathin layer
thicknesses, in as-deposited and annealed states, have been studied using x-ray diffraction …

The interface of Fe-B multilayers was studied by Mössbauer spectroscopy, X-ray diffraction
and transmission electron microscopy. The interface region is amorphous and consumes 2 …

In Fe/Zr and Fe/Ti multilayers, prepared by rf sputtering, resistivity, magnetoresistivity,
anomalous Hall effect and magnetostriction have been studied. It has been found from …

The interface structure of Fe/Ti multilayer films prepared by the rf sputtering technique was
studied by XRD. It was found from diffraction, electrical conductivity and coercivity …