We report on the study of amorphous carbon films using the small angle X-ray scattering (SAXS) technique. The films were deposited by ion beam assisted deposition at different assisting ion energies, ranging from 50 eV to 200 eV. The film density was determined by Rutherford back-scattering (RBS) and the film thickness was measured by a stylus profilometer. The film density increases as the assisting ion energy used during deposition increases. Small angle X-ray scattering results revealed large scatter centers within the matrix, increasing in size with assisting ion energy. The mean distance between those centers was found to be about 2.5 nm independent of the deposition conditions. The gyration radius (Rg) is in the 18 nm to 25 nm range, ...
We compare the microstructure of highly tetrahedrally-coordinated-amorphous carbon (a-tC) films prep...
Neste trabalho foi preparada uma série de filmes de carbono amorfo pelo processo de IBAD (Ion Beam A...
Abstract. Amorphous conducting carbon films deposited over quartz substrates were analysed using X-r...
We report a study of amorphous carbon films prepared by ion beam assisted deposition (IBAD). X-ray a...
Amorphous carbon films have been grown by evaporation of graphite with concurrent Ar+ ions bombardme...
Diamond-like carbon films are deposited with a number of different methods. This results in a wide v...
Amorphisation mechanisms during Physical Vapour Deposition of diamondlike carbon films are presented...
The object of this thesis is the study of nanostructured thin films using inelastic light scattering...
The origin of paramagnetic centers in graphite-like amorphous carbon is investigated. The films were...
International audienceIn this work we probe the structural properties of amorphous hydrogenated carb...
International audienceOrdered and disordered carbonaceous materials cover a wide range of the energy...
Non-hydrogenated diamond-like carbon films have been prepared by Dual Ion Beam Sputtering and Ion Be...
We report the graphitization of ultrathin (8 nm) amorphous carbon films on Si(001) by 2 MeV Ar+ ion ...
Diamondlike carbon (DLC) films from a primary ion beam deposition system, were examined using nanoin...
We demonstrate the method of x-ray diffraction at shallow angles of incidence, using the intrinsical...
We compare the microstructure of highly tetrahedrally-coordinated-amorphous carbon (a-tC) films prep...
Neste trabalho foi preparada uma série de filmes de carbono amorfo pelo processo de IBAD (Ion Beam A...
Abstract. Amorphous conducting carbon films deposited over quartz substrates were analysed using X-r...
We report a study of amorphous carbon films prepared by ion beam assisted deposition (IBAD). X-ray a...
Amorphous carbon films have been grown by evaporation of graphite with concurrent Ar+ ions bombardme...
Diamond-like carbon films are deposited with a number of different methods. This results in a wide v...
Amorphisation mechanisms during Physical Vapour Deposition of diamondlike carbon films are presented...
The object of this thesis is the study of nanostructured thin films using inelastic light scattering...
The origin of paramagnetic centers in graphite-like amorphous carbon is investigated. The films were...
International audienceIn this work we probe the structural properties of amorphous hydrogenated carb...
International audienceOrdered and disordered carbonaceous materials cover a wide range of the energy...
Non-hydrogenated diamond-like carbon films have been prepared by Dual Ion Beam Sputtering and Ion Be...
We report the graphitization of ultrathin (8 nm) amorphous carbon films on Si(001) by 2 MeV Ar+ ion ...
Diamondlike carbon (DLC) films from a primary ion beam deposition system, were examined using nanoin...
We demonstrate the method of x-ray diffraction at shallow angles of incidence, using the intrinsical...
We compare the microstructure of highly tetrahedrally-coordinated-amorphous carbon (a-tC) films prep...
Neste trabalho foi preparada uma série de filmes de carbono amorfo pelo processo de IBAD (Ion Beam A...
Abstract. Amorphous conducting carbon films deposited over quartz substrates were analysed using X-r...