Polymer composite layers irradiated by 30-keV Ag+ ions with doses from 3.1× 10 15 to 7.5×
10 16 cm− 2 and an ion current of 4 µA/cm 2 are investigated. The composites were …

We investigated the synthesis of metallic nanoparticles during growth of an amorphous
carbon matrix using mass selected ion beam deposition of carbon and metal ions. By …

Copper/carbon composite films have been deposited on Si substrates from argonacetylene
mixtures using a hybrid technique combining sputter-deposition and plasma-assisted …

Copper/hydrogenated amorphous carbon (Cu/aC: H) composite films have been deposited
on silicon substrates by a hybrid technique combining microwave plasma-assisted chemical …

X-ray photoelectron spectroscopy (XPS) and Auger electron spectroscopy (AES) have been
employed in the investigation of the surface chemistry and oxidation-resistant property of the …

A study of the nanostructure of aC: H: Cu films by x-ray small-angle scattering, x-ray
diffraction, TEM, and visible and UV spectroscopy is reported. It has been established that …

Amorphous hydrogenated carbon films with varied copper concentration were prepared by
dc co-sputtering of graphite and copper targets in an argon-hydrogen atmosphere. The …

The electrical resistance of granular structures with ferromagnetic and nonferromagnetic
metal nanoparticles embedded in concentrations below the percolation threshold was …

The optical and electrical properties of diamond-like carbon films implanted with copper ions
with energy 40 keV and implantation doses ranging from 3× 10 14 to 3× 10 17 ion/cm 2 are …

The electron transport in hydrogenated amorphous carbon films aC: H with copper
nanocluster inclusions has been investigated. The conditions of cluster formation are …