Sequential ion implantation (copper and nickel) in silica and soda-lime glasses has been performed. The formation of copper-nickel alloy nanocluster in the glass host has been evidenced by synchrotron radiation-based techniques, namely X-ray diffraction and absorption spectroscopy. The nanocrystals' lattice parameter value was estimated, indicating the formation of CU55Ni45 alloy particles. Optical absorption spectra are also discussed
Extended X-ray absorption fine structure analysis is used to determine the silver local environment ...
Abstract. Composite materials made by metal clusters embedded in silicate glass matrices ex-hibit st...
Implantation of suitable metal ions in glass substrates leads to the formation of nanometer-size col...
Sequential double ion implantation in silicate glasses has been used to realize copper-nickel alloy ...
Sequential ion implantation of two metal species in silica glass may give rise to the formation of a...
In the last decade, metal nanoclusters (NCs) embedded in insulating matrices have received increasin...
Copper-cobalt nanostructures are expected to exhibit peculiar magnetic and optical properties that m...
Silica glass containing metal clusters is studied for both basic and applied aspects, related to the...
Copper implantations (90 keV, 5 × 1016 ions/cm2) were made into fused silica, borosilicate glasses a...
Composite glasses containing different metal nanoclusters were obtained by implanting copper, nickel...
We present a structural investigation on Co-Ni alloy nanoclusters obtained by sequential ion implant...
Glasses containing nanometer-sized metal clusters exhibit intensity-dependent refractive index value...
The control over size and composition of nanometer sized metallic clusters in SiO2 is of paramount i...
The preparation of metal alloy and monoelemental nanoclusters in silica by Ag, Cu ion sequential imp...
Silica-supported, bimetallic Cu-Ni nanomaterials were prepared with different ratios of Cu to Ni by ...
Extended X-ray absorption fine structure analysis is used to determine the silver local environment ...
Abstract. Composite materials made by metal clusters embedded in silicate glass matrices ex-hibit st...
Implantation of suitable metal ions in glass substrates leads to the formation of nanometer-size col...
Sequential double ion implantation in silicate glasses has been used to realize copper-nickel alloy ...
Sequential ion implantation of two metal species in silica glass may give rise to the formation of a...
In the last decade, metal nanoclusters (NCs) embedded in insulating matrices have received increasin...
Copper-cobalt nanostructures are expected to exhibit peculiar magnetic and optical properties that m...
Silica glass containing metal clusters is studied for both basic and applied aspects, related to the...
Copper implantations (90 keV, 5 × 1016 ions/cm2) were made into fused silica, borosilicate glasses a...
Composite glasses containing different metal nanoclusters were obtained by implanting copper, nickel...
We present a structural investigation on Co-Ni alloy nanoclusters obtained by sequential ion implant...
Glasses containing nanometer-sized metal clusters exhibit intensity-dependent refractive index value...
The control over size and composition of nanometer sized metallic clusters in SiO2 is of paramount i...
The preparation of metal alloy and monoelemental nanoclusters in silica by Ag, Cu ion sequential imp...
Silica-supported, bimetallic Cu-Ni nanomaterials were prepared with different ratios of Cu to Ni by ...
Extended X-ray absorption fine structure analysis is used to determine the silver local environment ...
Abstract. Composite materials made by metal clusters embedded in silicate glass matrices ex-hibit st...
Implantation of suitable metal ions in glass substrates leads to the formation of nanometer-size col...