International audienceThe atomic and electronic properties of dislocations in III-N semiconductor layers, especially GaN are presented. The atomic structure of the edge threading dislocation is now well established with three different cores (8 or full core, 5/7 or open core and 4 atom ring). The use of atomistic simulations has confirmed these atomic structures and has given a good understanding of the electronic structure of the screw dislocation. Partial dislocations which are mostly confined in the area close to the substrate are now also being investigated. It is becoming clear that the electrical activity of all these defects is dependent on the layer quality, which is governed by the growth conditions
Understanding the behavior of semiconductor dislocation defects in AlGaN/GaN heterostructures is nec...
The III-nitride semiconductor materials system is used in thin-film-based optoelectronic devices. Ga...
Electrical and structural properties of extended defects including threading dislocations/V-defects ...
The atomic structures and electrical properties for threading screw and threading edge dislocations ...
We conducted a comprehensive investigation of dislocations in Al0.46Ga0.54N. Using aberration-correc...
A review is given of the results of first principles calculations used to investigate the structures...
A review is given of the results of first principles calculations used to investigate the structures...
The atomic structures, electrical properties, and line energies for threading screw and threading ed...
We conducted a comprehensive investigation of dislocations in Al$_{0.46}$Ga$_{0.54}$N. Using aberrat...
A review is given of the results of first principles calculations used to investigate the structures...
The investigation of typical defects in GaN layers is based on both X-ray results and transmission e...
In this article we review our theoretical work on dislocations in GaN. The methods applied are two d...
Gallium nitride and its alloys are direct band gap semiconductors with a wide variety of application...
Gallium nitride (GaN) is a III-V semiconductor which is widely used in optoelectronic devices, espec...
We investigated the type, spatial distribution, line direction, and electronic properties of disloca...
Understanding the behavior of semiconductor dislocation defects in AlGaN/GaN heterostructures is nec...
The III-nitride semiconductor materials system is used in thin-film-based optoelectronic devices. Ga...
Electrical and structural properties of extended defects including threading dislocations/V-defects ...
The atomic structures and electrical properties for threading screw and threading edge dislocations ...
We conducted a comprehensive investigation of dislocations in Al0.46Ga0.54N. Using aberration-correc...
A review is given of the results of first principles calculations used to investigate the structures...
A review is given of the results of first principles calculations used to investigate the structures...
The atomic structures, electrical properties, and line energies for threading screw and threading ed...
We conducted a comprehensive investigation of dislocations in Al$_{0.46}$Ga$_{0.54}$N. Using aberrat...
A review is given of the results of first principles calculations used to investigate the structures...
The investigation of typical defects in GaN layers is based on both X-ray results and transmission e...
In this article we review our theoretical work on dislocations in GaN. The methods applied are two d...
Gallium nitride and its alloys are direct band gap semiconductors with a wide variety of application...
Gallium nitride (GaN) is a III-V semiconductor which is widely used in optoelectronic devices, espec...
We investigated the type, spatial distribution, line direction, and electronic properties of disloca...
Understanding the behavior of semiconductor dislocation defects in AlGaN/GaN heterostructures is nec...
The III-nitride semiconductor materials system is used in thin-film-based optoelectronic devices. Ga...
Electrical and structural properties of extended defects including threading dislocations/V-defects ...