Shallow Indium implants and Indium-Carbon co-implants have been subjected to flash anneals and a combination of furnace treatments in order to evaluate the electrical properties of the implant and differentiate the behavior between low temperature and high temperature ultra fast thermal treatments. It is found that by using “flash” anneals, higher levels of electrical activation are achievable for the given experimental conditions. This behavior is related to the indium dose and to the dopant diffusion within the layer and its interaction with the carbon
The electrical dopant activation of high-dose 49BF2 ion implanted layers was investigated as a funct...
Carbon was implanted into GaAs at the energy of 1 MeV with doses between 131013 and 2 31015 cm22 at ...
Abstract — The effect of the pre-anneal conditions on the final defect microstructure after flash an...
Shallow Indium implants and Indium-Carbon co-implants have been subjected to flash anneals and a com...
The diffusion behavior and the electrical characteristics of indium doped layers in silicon were stu...
A novel aspect of the carbon effect on indium electrical activation in silicon is presented. It is s...
Electrical activation of In of 18%–52% of the implanted dose (531014 cm-²) was obtained in Si sample...
In this work we investigate the diffusion and the electrical activation of In atoms implanted in sil...
In this work we investigate the diffusion and the electrical activation of In atoms implanted into s...
The effect of C on the implantation damage accumulation in Si crystal and on the electrical T activa...
This thesis reports a study of a viable way to pursue the aim of the production of ultra-shallow pn ...
This thesis reports the development of two rapid thermal annealing systems, one based on resistive h...
We investigate the effect of the pre-amorphisation damage on the structural properties, and dopant d...
MasterEffects of carbon implantation (C-imp.) on the thermal stability of MIS (Metal-Interlayer-Semi...
It is demonstratedt hat the electrical activation in B+ (5.0X 1014 cm-² at 50 keV) implanted Si samp...
The electrical dopant activation of high-dose 49BF2 ion implanted layers was investigated as a funct...
Carbon was implanted into GaAs at the energy of 1 MeV with doses between 131013 and 2 31015 cm22 at ...
Abstract — The effect of the pre-anneal conditions on the final defect microstructure after flash an...
Shallow Indium implants and Indium-Carbon co-implants have been subjected to flash anneals and a com...
The diffusion behavior and the electrical characteristics of indium doped layers in silicon were stu...
A novel aspect of the carbon effect on indium electrical activation in silicon is presented. It is s...
Electrical activation of In of 18%–52% of the implanted dose (531014 cm-²) was obtained in Si sample...
In this work we investigate the diffusion and the electrical activation of In atoms implanted in sil...
In this work we investigate the diffusion and the electrical activation of In atoms implanted into s...
The effect of C on the implantation damage accumulation in Si crystal and on the electrical T activa...
This thesis reports a study of a viable way to pursue the aim of the production of ultra-shallow pn ...
This thesis reports the development of two rapid thermal annealing systems, one based on resistive h...
We investigate the effect of the pre-amorphisation damage on the structural properties, and dopant d...
MasterEffects of carbon implantation (C-imp.) on the thermal stability of MIS (Metal-Interlayer-Semi...
It is demonstratedt hat the electrical activation in B+ (5.0X 1014 cm-² at 50 keV) implanted Si samp...
The electrical dopant activation of high-dose 49BF2 ion implanted layers was investigated as a funct...
Carbon was implanted into GaAs at the energy of 1 MeV with doses between 131013 and 2 31015 cm22 at ...
Abstract — The effect of the pre-anneal conditions on the final defect microstructure after flash an...