This PhD aims to synthetize boron doped single-crystal diamond epilayers by Micro-Wave Plasma Chemical Vapor Deposition (MPCVD) as active layers for power electronic devices. This work was performed in relation with the European H2020 Greendiamond project. A powerful Ar/O₂ plasma etching was optimized which allows the efficient elimination of defects in the subsurface of HPHT diamond substrates as confirmed by High Resolution X-ray Diffraction, Raman spectroscopy and Cathodoluminescence. This step proved to be crucial for the improvement of low boron doped-diamond layers carrier properties for electronic purposes.The optimization of growth conditions performed on low boron-doped diamond layers (<10¹⁶ at.cm⁻³) enabled the synthesis of high q...
Diamond is a wide bang gap material with exceptional physical properties adapted to high power elect...
Ce manuscrit de thèse présente une étude expérimentale des propriétés optiques, électroniques et str...
Diamond is a wide bang gap material with exceptional physical properties adapted to high power elect...
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...
L’objectif de cette thèse porte sur la synthèse du diamant monocristallin dopé au bore par dépôt chi...
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 main objective of this PhD thesis is the optimization of diamond growth conditions in a MPACVD r...
The main objective of this PhD thesis is the optimization of diamond growth conditions in a MPACVD r...
The main objective of this PhD thesis is the optimization of diamond growth conditions in a MPACVD r...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
The aim of this PhD thesis was to better understand the boron delta-doping of diamond over building ...
The aim of this PhD thesis was to better understand the boron delta-doping of diamond over building ...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
Diamond is a wide bang gap material with exceptional physical properties adapted to high power elect...
Ce manuscrit de thèse présente une étude expérimentale des propriétés optiques, électroniques et str...
Diamond is a wide bang gap material with exceptional physical properties adapted to high power elect...
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...
L’objectif de cette thèse porte sur la synthèse du diamant monocristallin dopé au bore par dépôt chi...
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 main objective of this PhD thesis is the optimization of diamond growth conditions in a MPACVD r...
The main objective of this PhD thesis is the optimization of diamond growth conditions in a MPACVD r...
The main objective of this PhD thesis is the optimization of diamond growth conditions in a MPACVD r...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
The aim of this PhD thesis was to better understand the boron delta-doping of diamond over building ...
The aim of this PhD thesis was to better understand the boron delta-doping of diamond over building ...
Because of its wide band gap of 5.45 eV, diodes made with diamond as semiconductor have huge potenti...
Diamond is a wide bang gap material with exceptional physical properties adapted to high power elect...
Ce manuscrit de thèse présente une étude expérimentale des propriétés optiques, électroniques et str...
Diamond is a wide bang gap material with exceptional physical properties adapted to high power elect...