We present the first resistivity annealing curves of Al after implantation of Al-, H-, and O-ions at liquid helium temperatures. The Al-implantation produces a curve resembling that of neutron-irradiated Al ; low-dose H- implantation results in two strongly enhanced stage I recovery peaks, while high-dose H- implantation annealing results suggest that H-ordering or a phase transformation takes place.Nous présentons les premiers résultats de recuit de résistivité pour des couches minces d'aluminium après implantation d'ions Al, H et O à des températures inférieures à 6 K. La courbe de recuit après implantation d'ions Al est semblable à celle obtenue après irradiation aux neutrons. L'implantation d'ions H à faible dose fait apparaitre deux pi...
The activation energy for the electrical activation of 1×1019 cm-3 and of 1×1020 cm-3 ion implanted ...
The influence of microstructure and composition on the effects of ion irradiation in Al alloys was s...
The ability to transfer bulk quality III-N thin layers onto foreign platforms is a powerful strategy...
Résumé. 2014 Nous présentons les premiers résultats de recuit de résistivité pour des couches minces...
Using a recent modification of the Orsay ion implantor, Al, O, He, H and D were implanted into Al th...
The recovery of electrical resistivity in aluminum following low temperature irradiation with reacto...
A study is presented of the effect of 5 keV helium ion bombardment on thin (about 2000 Å) aluminium ...
Aluminium foil was extended by tensile deformation at room temperature by amounts up to about 15% pl...
It has been observed that blisters and flakes appear on a metal surface implanted He ions above a sp...
International audience4H- and 6H-SiC small samples were implanted by keV Al+ ions at room temperatur...
The annealing behaviour of aluminium has been studied in single-crystal InP implanted with 40 and 12...
Ion implantation of Si and Ge in Al thin films at 8 K produces alloys exhibiting enhanced supercondu...
This paper is devoted to the study of the surface hardness of pure Al implanted with molecular nitro...
Development of topography in thin (55.5 μg cm−2) self-supporting aluminium films, caused by high flu...
Random alloys of C, Si, and Ge with Al, prepared by ion implantation at liquid helium temperatures, ...
The activation energy for the electrical activation of 1×1019 cm-3 and of 1×1020 cm-3 ion implanted ...
The influence of microstructure and composition on the effects of ion irradiation in Al alloys was s...
The ability to transfer bulk quality III-N thin layers onto foreign platforms is a powerful strategy...
Résumé. 2014 Nous présentons les premiers résultats de recuit de résistivité pour des couches minces...
Using a recent modification of the Orsay ion implantor, Al, O, He, H and D were implanted into Al th...
The recovery of electrical resistivity in aluminum following low temperature irradiation with reacto...
A study is presented of the effect of 5 keV helium ion bombardment on thin (about 2000 Å) aluminium ...
Aluminium foil was extended by tensile deformation at room temperature by amounts up to about 15% pl...
It has been observed that blisters and flakes appear on a metal surface implanted He ions above a sp...
International audience4H- and 6H-SiC small samples were implanted by keV Al+ ions at room temperatur...
The annealing behaviour of aluminium has been studied in single-crystal InP implanted with 40 and 12...
Ion implantation of Si and Ge in Al thin films at 8 K produces alloys exhibiting enhanced supercondu...
This paper is devoted to the study of the surface hardness of pure Al implanted with molecular nitro...
Development of topography in thin (55.5 μg cm−2) self-supporting aluminium films, caused by high flu...
Random alloys of C, Si, and Ge with Al, prepared by ion implantation at liquid helium temperatures, ...
The activation energy for the electrical activation of 1×1019 cm-3 and of 1×1020 cm-3 ion implanted ...
The influence of microstructure and composition on the effects of ion irradiation in Al alloys was s...
The ability to transfer bulk quality III-N thin layers onto foreign platforms is a powerful strategy...