A study of the effects of thermal annealing on the transport properties in arsenic implanted silicon films is reported. In particular, the sheet resistance and the Hall mobility obtained by the Van der Pauw method is measured as a function of temperature (77 K to 300 K) on N+ /N non annealed and isothermally annealed samples between 300 °C to 1100 °C. The activation energy of the recovery process of the ionic implantation damages found on the order to 0.65 eV is likely attributed to a local reconstruction of the layer. Around 420 °C, the sheet resistance varies on several orders of magnitude and the Hall mobility variations with temperature clearly put toward a noticeable change of the scattering processes with annealing temperature.Une étu...
The use of nonequilibrium annealing approaches can produce very high levels of arsenic electrical ac...
Arsenic-doped silicon thermometers using ion implantation techniques are described for low-temperatu...
Arsenic-doped silicon thermometers using ion implantation techniques are described for low-temperatu...
A study of the effects of thermal annealing on the transport properties in arsenic implanted silicon...
Nous avons étudié les caractéristiques électriques de couches arsenic implanté dans du silicium en s...
Arsenic implants performed in Si at ultralow energy have been extensively studied with structural, c...
Arsenic implants performed in Si at ultralow energy have been extensively studied with structural, c...
The authors report on the effects of ion implantation and rapid thermal annealing on the electrical ...
The level of activation in ultra-shallow As doped Si as a function of the anneal condition has been ...
Nous présentons des résultats de mesure de conductivité, d'effet Hall, d'ellipsométrie spectroscopiq...
Le comportement d'ions d'arsenic de 80 keV implantés à température ambiante dans des cristaux de sil...
In this article, the arsenic diffusion in Silicon-On-Insulator structures formed by oxygen implantat...
Poly-Si layers were deposited on thermal oxides of Si at various temperatures from 560 to 700 degree...
We investigate the electrical properties of polycrystalline silicon thin films implanted with arseni...
Rapid thermal annealing of arsenic implanted Si1-xGex was studied by secondary ion-mass spectroscopy...
The use of nonequilibrium annealing approaches can produce very high levels of arsenic electrical ac...
Arsenic-doped silicon thermometers using ion implantation techniques are described for low-temperatu...
Arsenic-doped silicon thermometers using ion implantation techniques are described for low-temperatu...
A study of the effects of thermal annealing on the transport properties in arsenic implanted silicon...
Nous avons étudié les caractéristiques électriques de couches arsenic implanté dans du silicium en s...
Arsenic implants performed in Si at ultralow energy have been extensively studied with structural, c...
Arsenic implants performed in Si at ultralow energy have been extensively studied with structural, c...
The authors report on the effects of ion implantation and rapid thermal annealing on the electrical ...
The level of activation in ultra-shallow As doped Si as a function of the anneal condition has been ...
Nous présentons des résultats de mesure de conductivité, d'effet Hall, d'ellipsométrie spectroscopiq...
Le comportement d'ions d'arsenic de 80 keV implantés à température ambiante dans des cristaux de sil...
In this article, the arsenic diffusion in Silicon-On-Insulator structures formed by oxygen implantat...
Poly-Si layers were deposited on thermal oxides of Si at various temperatures from 560 to 700 degree...
We investigate the electrical properties of polycrystalline silicon thin films implanted with arseni...
Rapid thermal annealing of arsenic implanted Si1-xGex was studied by secondary ion-mass spectroscopy...
The use of nonequilibrium annealing approaches can produce very high levels of arsenic electrical ac...
Arsenic-doped silicon thermometers using ion implantation techniques are described for low-temperatu...
Arsenic-doped silicon thermometers using ion implantation techniques are described for low-temperatu...