The aim of this work is to study the structural, optical and electrical properties of silicon oxynitride deposited by reactive radiofrequency sputtering. The elaboration of this ternary compound by sputtering a silicon target in plasma containing at once argon, oxygen and nitrogen is complex because of the presence of an instability region of the reactive process. The analysis of the plasma by optical emission spectroscopy and monitoring of some characteristics (total pressure, bias voltage) as function of sputtering parameters (flow and composition of the gas mixture, discharge power) allowed us to determine the suitable conditions to deposit SiOxNy thin films. By only varying the reactive gas flow rates ratio, we have deposited silicon ox...
DU 2018, EDSF 639Hadrontherapy is a tumor treatment technique based on irradiation by ions beams. Th...
Today, the main limiting factor of PV is the high price of electricity production by the PV modules....
There are two main interests in chalcogenide glasses: their transparency in the infrared and their s...
The aim of this work is to study the structural, optical and electrical properties of silicon oxynit...
This thesis deals the study of deposition conditions 'effect on the microstructure and optical prope...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
This thesis is focused on the theoretical and experimental study of plasmonic waveguides operating a...
This work is based on the analysis and optimization of an alternative material to replace metallic i...
This study aims at investigating the use of ion implantation doping for the realization of emitters ...
This thesis is focused on the theoretical and experimental study of plasmonic waveguides operating a...
This thesis presents a study of the dielectric properties of perovskite La-Ti-O-N thin films for mic...
The fabrication of microelectronic devices using 3D integration technologies requires a good knowled...
Due to good performances, small size, or either integration possibilities very close to transistors,...
DU 2018, EDSF 639Hadrontherapy is a tumor treatment technique based on irradiation by ions beams. Th...
Today, the main limiting factor of PV is the high price of electricity production by the PV modules....
There are two main interests in chalcogenide glasses: their transparency in the infrared and their s...
The aim of this work is to study the structural, optical and electrical properties of silicon oxynit...
This thesis deals the study of deposition conditions 'effect on the microstructure and optical prope...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
This thesis is focused on the theoretical and experimental study of plasmonic waveguides operating a...
This work is based on the analysis and optimization of an alternative material to replace metallic i...
This study aims at investigating the use of ion implantation doping for the realization of emitters ...
This thesis is focused on the theoretical and experimental study of plasmonic waveguides operating a...
This thesis presents a study of the dielectric properties of perovskite La-Ti-O-N thin films for mic...
The fabrication of microelectronic devices using 3D integration technologies requires a good knowled...
Due to good performances, small size, or either integration possibilities very close to transistors,...
DU 2018, EDSF 639Hadrontherapy is a tumor treatment technique based on irradiation by ions beams. Th...
Today, the main limiting factor of PV is the high price of electricity production by the PV modules....
There are two main interests in chalcogenide glasses: their transparency in the infrared and their s...