Si dopant diffusion in microelectronics devices has been studied in 1 and 2 dimensions. The codiffusion effects of As and P have been characterized for “drains” and “sources” fabrication of the latest transistor technology (90 nm). If these 2 dopants are concurrently located in Si, we observe an acceleration of As and P diffusion. This effect mainly depends on the As dose, and seems to be due to the modification of AsnV cluster characteristics and to an excess of vacancies in the coexistence area. Furthermore, we show that dopant diffusion can be studied in microelectronics devices in 2 dimensions using near field electrical (SCM, SSRM) and topographical (AFM) techniques. These techniques are complementary because of their different princip...
Pixels size of CMOS image sensors is now decreasing towards one micron. Inthat context, dark current...
FDSOI architecture (Fully Depleted Silicon On Insulator) allows a significantimprovement of the elec...
Memory cells and digital circuits mainly occupy silicon area in smart-cards, so strong density techn...
This work belongs to the development of Advanced Process Control (APC) applications in the microelec...
We study diffraction and light scattering, both theoreticaly and experimentaly. We use the different...
We studied in situ and real-time the directional solidification of thin samples of binary alloys and...
Nous avons cherché à établir un lien entre le transport de molécules sondes dans des catalyseurs bim...
This thesis presents a methodology for multiscale coupling between the morphology and texture of a m...
Ce manuscrit se concentre sur l'analyse du GISAXS d'îlots sur un substrat. Les données GISAXS doiven...
The photovoltaic conversion efficiency of organic solar cells is still too low to start their produc...
This present work is about the morphological evolution of a solid material considering the diffusion...
One of the most important benefits provided by M/NEMS is their ability to be fabricated in a massive...
An original experimental method for probing water dynamics in ion exchange polymeric membranes used ...
Mes travaux de recherche portent sur le développement de stratégies originales d'imagerie chimique d...
We report in this work the impact of the manufacturing process of an integrated circuit (28 nm techn...
Pixels size of CMOS image sensors is now decreasing towards one micron. Inthat context, dark current...
FDSOI architecture (Fully Depleted Silicon On Insulator) allows a significantimprovement of the elec...
Memory cells and digital circuits mainly occupy silicon area in smart-cards, so strong density techn...
This work belongs to the development of Advanced Process Control (APC) applications in the microelec...
We study diffraction and light scattering, both theoreticaly and experimentaly. We use the different...
We studied in situ and real-time the directional solidification of thin samples of binary alloys and...
Nous avons cherché à établir un lien entre le transport de molécules sondes dans des catalyseurs bim...
This thesis presents a methodology for multiscale coupling between the morphology and texture of a m...
Ce manuscrit se concentre sur l'analyse du GISAXS d'îlots sur un substrat. Les données GISAXS doiven...
The photovoltaic conversion efficiency of organic solar cells is still too low to start their produc...
This present work is about the morphological evolution of a solid material considering the diffusion...
One of the most important benefits provided by M/NEMS is their ability to be fabricated in a massive...
An original experimental method for probing water dynamics in ion exchange polymeric membranes used ...
Mes travaux de recherche portent sur le développement de stratégies originales d'imagerie chimique d...
We report in this work the impact of the manufacturing process of an integrated circuit (28 nm techn...
Pixels size of CMOS image sensors is now decreasing towards one micron. Inthat context, dark current...
FDSOI architecture (Fully Depleted Silicon On Insulator) allows a significantimprovement of the elec...
Memory cells and digital circuits mainly occupy silicon area in smart-cards, so strong density techn...