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Ni/Ti multilayer thin films prepared by dual cathode magnetron sputtering were annealed in vacuum at different heating rates. The structural evolution of the multilayer thin films with nanometric modulation periods was studied in-situ by x-ray diffraction using synchrotron radiation. Independently of the multilayer period, a single step rapid reaction occurs at temperatures above 300 °C with the formation...
The efficiency of the powder surface modification depends on their surface characteristics. Sputtering has been revealing an important skill for the coating of powders with metal and metal alloys, with important consequences on the surface properties. However, some modifications in the holder of this particulate substrate have obliged to set up some changes in a non-conventional sputtering system...
This paper describes part of a work carried out to develop new ternary M-M1-C systems (M=metal of the Groups IV-VI and M1=Group VIII element) by sputtering. The results obtained in this study on Ti-Fe-(C) and Mo-Fe-(C) systems showed that, depending on the type and content of iron, the obtained materials are structurally metastable, formed either by structures with enlarged solubility domains or amorphous...
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