The article presents investigation results for a Cu/Ni multilayer as annealed in the temperature range of 40 ÷300 degree Celsjus The Cu/Ni multilayer with a Cu sublayer thickness of 2 nm and an Ni sublayer thickness of 6 nm was fabricated by the magnetron deposition technique. The X-ray structural analysis, XRD, was employed for examination. The characterization of the multilayer before and after the annealing process was done by the measurement of the texture for the Cu/Ni(111) plane, as well as by topography examination on an atomic force microscope (AFM). The state of the multilayer surface were observed using a scanning electron microscope. The thermal stability tests showed that the multilayer had undergone delamination at tempe...
Metallic multilayers are composites comprised of alternating layers of two or more metal components....
The effect of multiple phases on the evolution of texture during cold rolling and annealing of a cop...
Multilayer coatings provide an excellent medium for the study of nanoscale materials’ properties. It...
In this paper, the results of magnetic and structural measurements of Ni/Cu multi-layers with differ...
This study concerns the development of biaxial textured substrates for the second generation of high...
Multilayers of Cu/Ni of varying amounts of Cu and Ni with modulation wavelength (Λ) between 60 to 42...
Cu/Ni multilayer coatings prepared by RF/DC magnetron sputtering process were characterized using x-...
Cu-Ni multilayer coatings prepared by RF magnetron sputtering process have been characterized using ...
Abstract. Copper rich Cu-Ni alloys have been textured with the RABiTS method in order to get non-mag...
Copper rich Cu-Ni alloys have been textured with the RABiTS method in order to get non-magnetic and ...
The discovery of giant magnetoresistance (GMR) in multilayer and granular system has stimulated worl...
The structure and texture formation in Cu–Al–Ni thin films of different thicknesses (1 μm to 5 μm) g...
In order to study the plasticity in Cu-Ni multilayers deposited on single crystals of nanoindentatio...
Thermally induced aging processes in Ni/C-multilayers with a double layer thickness on the scale of ...
The required functional characteristics expected from copper alloys have a major impact on the techn...
Metallic multilayers are composites comprised of alternating layers of two or more metal components....
The effect of multiple phases on the evolution of texture during cold rolling and annealing of a cop...
Multilayer coatings provide an excellent medium for the study of nanoscale materials’ properties. It...
In this paper, the results of magnetic and structural measurements of Ni/Cu multi-layers with differ...
This study concerns the development of biaxial textured substrates for the second generation of high...
Multilayers of Cu/Ni of varying amounts of Cu and Ni with modulation wavelength (Λ) between 60 to 42...
Cu/Ni multilayer coatings prepared by RF/DC magnetron sputtering process were characterized using x-...
Cu-Ni multilayer coatings prepared by RF magnetron sputtering process have been characterized using ...
Abstract. Copper rich Cu-Ni alloys have been textured with the RABiTS method in order to get non-mag...
Copper rich Cu-Ni alloys have been textured with the RABiTS method in order to get non-magnetic and ...
The discovery of giant magnetoresistance (GMR) in multilayer and granular system has stimulated worl...
The structure and texture formation in Cu–Al–Ni thin films of different thicknesses (1 μm to 5 μm) g...
In order to study the plasticity in Cu-Ni multilayers deposited on single crystals of nanoindentatio...
Thermally induced aging processes in Ni/C-multilayers with a double layer thickness on the scale of ...
The required functional characteristics expected from copper alloys have a major impact on the techn...
Metallic multilayers are composites comprised of alternating layers of two or more metal components....
The effect of multiple phases on the evolution of texture during cold rolling and annealing of a cop...
Multilayer coatings provide an excellent medium for the study of nanoscale materials’ properties. It...