Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potentialities such as working at temperatures higher then those supported by other semiconductors, or a breakdown voltage of several kV. The purpose of this work was to grow and study homoepitaxial CVD diamond layers slightly boron-doped prepared with addition of oxygen, that are suited to these diodes, and to study properties of contacts (ohmic and Schottky) made on these layers. Different analytical techniques such as micro-Raman spectroscopy and cathodoluminescence have been used which provide informations about crystalline quality and the nature of defects present in these epilayers. A study of the optimization of dry etching using O2 plasma al...
International audienceWith a high affinity to carbon comparable to titanium and an electrically cond...
As applications in the field of power electronics tend toward more extreme conditions (high power de...
International audienceWith a high affinity to carbon comparable to titanium and an electrically cond...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
This PHD thesis aims at the fabrication of diamond devices for power electronics applications. This ...
This PHD thesis aims at the fabrication of diamond devices for power electronics applications. This ...
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 ...
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 ...
In this work, the main objective was the study of boron doped diamond films aiming the use of them a...
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...
International audienceThe electrical properties of Schottky contacts on the (100) surface of Boron d...
International audienceWith a high affinity to carbon comparable to titanium and an electrically cond...
As applications in the field of power electronics tend toward more extreme conditions (high power de...
International audienceWith a high affinity to carbon comparable to titanium and an electrically cond...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
This PHD thesis aims at the fabrication of diamond devices for power electronics applications. This ...
This PHD thesis aims at the fabrication of diamond devices for power electronics applications. This ...
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 ...
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 ...
In this work, the main objective was the study of boron doped diamond films aiming the use of them a...
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...
International audienceThe electrical properties of Schottky contacts on the (100) surface of Boron d...
International audienceWith a high affinity to carbon comparable to titanium and an electrically cond...
As applications in the field of power electronics tend toward more extreme conditions (high power de...
International audienceWith a high affinity to carbon comparable to titanium and an electrically cond...