A new method for annealing semiconductors using pulsed microwave power is presented. It has a very good energy efficiency (up to 30 %), it results in a very good spatial homogeneity of the annealed sample, and important surfaces can be treated at once. The experimental set-up is given. We show the possibility to anneal implanted silicon. For high resistivity samples a simultaneous illumination of the treated surface is needed.Une nouvelle méthode de recuit pulsé de semiconducteurs par énergie microonde est proposée et testée. Elle présente un très bon rendement énergétique global (20 à 30 %) et elle permet des recuits d'une très bonne homogénéité spatiale des surfaces importantes. Le principe de la méthode ainsi que le montage expérimental ...
Experimental work on electron beam annealing of implanted or diffused semiconductor layers is review...
We present postdeposition annealing experiments on undoped amorphous n type crystalline silicon [ i...
Producción CientíficaThe relentless scaling of semiconductor devices pushes the doping level far abo...
A new method for annealing semiconductors using pulsed microwave power is presented. It has a very g...
Résumé. 2014 Une nouvelle méthode de recuit pulsé de semiconducteurs par énergie microonde est propo...
In recent previous papers we have shown the possibility to anneal implanted monocrystalline as well ...
This paper proposes a new technique for rapid thermal annealing of semi-conductors. This technique ...
Microwave annealing of ion-implanted layers in semiconductors is an emerging application of thermal ...
During irradiation of semiconductor crystals with powerful (high current) pulsed high-energy electro...
Rapid and effective thermal processing methods using electron beams are described in this paper. Hea...
Thin aluminum oxide layers deposited on silicon by thermal atomic layer deposition can be used to re...
This paper describes the regrowth and activation characteristics of Si-implanted GaAs resulting from...
On a préparé des diodes ayant de bonnes caractéristiques électriques par recuit isothermique rapide ...
As the miniaturization of the size of semiconductor components, the silicon-based transistor has rea...
Though microwave annealing appears to be very appealing due to its unique features, lacking an in-de...
Experimental work on electron beam annealing of implanted or diffused semiconductor layers is review...
We present postdeposition annealing experiments on undoped amorphous n type crystalline silicon [ i...
Producción CientíficaThe relentless scaling of semiconductor devices pushes the doping level far abo...
A new method for annealing semiconductors using pulsed microwave power is presented. It has a very g...
Résumé. 2014 Une nouvelle méthode de recuit pulsé de semiconducteurs par énergie microonde est propo...
In recent previous papers we have shown the possibility to anneal implanted monocrystalline as well ...
This paper proposes a new technique for rapid thermal annealing of semi-conductors. This technique ...
Microwave annealing of ion-implanted layers in semiconductors is an emerging application of thermal ...
During irradiation of semiconductor crystals with powerful (high current) pulsed high-energy electro...
Rapid and effective thermal processing methods using electron beams are described in this paper. Hea...
Thin aluminum oxide layers deposited on silicon by thermal atomic layer deposition can be used to re...
This paper describes the regrowth and activation characteristics of Si-implanted GaAs resulting from...
On a préparé des diodes ayant de bonnes caractéristiques électriques par recuit isothermique rapide ...
As the miniaturization of the size of semiconductor components, the silicon-based transistor has rea...
Though microwave annealing appears to be very appealing due to its unique features, lacking an in-de...
Experimental work on electron beam annealing of implanted or diffused semiconductor layers is review...
We present postdeposition annealing experiments on undoped amorphous n type crystalline silicon [ i...
Producción CientíficaThe relentless scaling of semiconductor devices pushes the doping level far abo...