This PHD thesis aims at the fabrication of diamond devices for power electronics applications. This work binds together the fields of the elaboration and the characterization of the diamond doped in the boron with the fabrication of devices adapted for power electronics. The defects identification in the homoepitaxial diamond layer was achieved, and it has particularly shown that the plasma pre-treatment of the diamond substrate could be a key step in their elimination. The growth condition optimization of low boron doped diamond layer on CVD or HPHT diamond substrate has been performed and enabled the achievement of layers with very low boron contents. Their crystalline and electronic properties, were determined by cathodoluminescence, and...
L’objectif de cette thèse porte sur la synthèse du diamant monocristallin dopé au bore par dépôt chi...
Diamond is known as the best candidate for power electronics application. Currently the most advance...
Diamond is known as the best candidate for power electronics application. Currently the most advance...
This PHD thesis aims at the fabrication of diamond devices for power electronics applications. This ...
Les objectifs de cette thèse se situent dans les domaines de l'élaboration et de la caractérisation ...
This PhD aims to synthetize boron doped single-crystal diamond epilayers by Micro-Wave Plasma Chemic...
This PhD aims to synthetize boron doped single-crystal diamond epilayers by Micro-Wave Plasma Chemic...
This PhD aims to synthetize boron doped single-crystal diamond epilayers by Micro-Wave Plasma Chemic...
In this work, the main objective was the study of boron doped diamond films aiming the use of them a...
The evolution of power electronic devices is getting more and more limited by the silicon intrinsic ...
The evolution of power electronic devices is getting more and more limited by the silicon intrinsic ...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
The evolution of power electronic devices is getting more and more limited by the silicon intrinsic ...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
The evolution of power electronic devices is getting more and more limited by the silicon intrinsic ...
L’objectif de cette thèse porte sur la synthèse du diamant monocristallin dopé au bore par dépôt chi...
Diamond is known as the best candidate for power electronics application. Currently the most advance...
Diamond is known as the best candidate for power electronics application. Currently the most advance...
This PHD thesis aims at the fabrication of diamond devices for power electronics applications. This ...
Les objectifs de cette thèse se situent dans les domaines de l'élaboration et de la caractérisation ...
This PhD aims to synthetize boron doped single-crystal diamond epilayers by Micro-Wave Plasma Chemic...
This PhD aims to synthetize boron doped single-crystal diamond epilayers by Micro-Wave Plasma Chemic...
This PhD aims to synthetize boron doped single-crystal diamond epilayers by Micro-Wave Plasma Chemic...
In this work, the main objective was the study of boron doped diamond films aiming the use of them a...
The evolution of power electronic devices is getting more and more limited by the silicon intrinsic ...
The evolution of power electronic devices is getting more and more limited by the silicon intrinsic ...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
The evolution of power electronic devices is getting more and more limited by the silicon intrinsic ...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
The evolution of power electronic devices is getting more and more limited by the silicon intrinsic ...
L’objectif de cette thèse porte sur la synthèse du diamant monocristallin dopé au bore par dépôt chi...
Diamond is known as the best candidate for power electronics application. Currently the most advance...
Diamond is known as the best candidate for power electronics application. Currently the most advance...