140keV Zn channeled implantations in GaN are performed at room temperature and in a dose range from 1 x 10(13) to 4 x 10(16)/cm(2), respectively. The lattice expansion is calculated from (0 0 0 2) and (0 0 0 4) X-ray diffractions of GaN after channeled implantation. Three dose dependence regimes are observed: the perpendicular lattice parameter initially increases with dose, subsequently varies slowly in an intermediate dose range, and finally diminishes at very high dose. The high-resolution XTEM observations show the different defects, such as the clustered point defect, the thread defects and loops, the broken crystals and the amorphous in nanometer sizes. The variation of lattice expansion is attributed to the changes of density and typ...
GaN is implanted with 90 keV Mg-ions and afterwards annealed at 1150°C in a rapid thermal annealing ...
The crystallographic damage induced in GaN by 300 keV rare earth ions implantation has been investig...
The GaN films grown on sapphire by metal-organic chemical vapor deposition (MOCVD) have excellent cr...
Zn (140 keV) channeled (along [0001]) implantations in GaN are performed at room temperature and in ...
This paper reports that the 150-keV Mn ions are implanted into GaN thin film grown on Al(2)O(3) by m...
A GaN thin film was implanted with 5 × 1014 cm−2 of 60 keV stable 166Er, followed by the implantatio...
At low fluence, 300 keV Eu implantation in GaN leads to a strain increase followed by a saturation a...
International audienceA detailed investigation of the crystallographic damage has been carried out i...
Wurtzite undoped GaN epilayers (0 0 0 1) was implanted with 500 keV Au(+) ions at room temperature u...
The radiation damage formation upon low temperature ion implantation and neutron irradiation has bee...
We report a study on the micro-structural changes in GaN due to neon ion implantation using the x-ra...
Damage evaluation processes in patterned GaN implanted by 3 MeV Au(2+) ions were investigated as a f...
Both 140 keV Zn channeled implantation in the <0001> direction of GaN and random implantation ...
International audienceEpitaxial GaN layers with a-, c- and m-plane surface orientations were implant...
The medium range implantation of rare earth ions at room temperature in GaN layers leads to the form...
GaN is implanted with 90 keV Mg-ions and afterwards annealed at 1150°C in a rapid thermal annealing ...
The crystallographic damage induced in GaN by 300 keV rare earth ions implantation has been investig...
The GaN films grown on sapphire by metal-organic chemical vapor deposition (MOCVD) have excellent cr...
Zn (140 keV) channeled (along [0001]) implantations in GaN are performed at room temperature and in ...
This paper reports that the 150-keV Mn ions are implanted into GaN thin film grown on Al(2)O(3) by m...
A GaN thin film was implanted with 5 × 1014 cm−2 of 60 keV stable 166Er, followed by the implantatio...
At low fluence, 300 keV Eu implantation in GaN leads to a strain increase followed by a saturation a...
International audienceA detailed investigation of the crystallographic damage has been carried out i...
Wurtzite undoped GaN epilayers (0 0 0 1) was implanted with 500 keV Au(+) ions at room temperature u...
The radiation damage formation upon low temperature ion implantation and neutron irradiation has bee...
We report a study on the micro-structural changes in GaN due to neon ion implantation using the x-ra...
Damage evaluation processes in patterned GaN implanted by 3 MeV Au(2+) ions were investigated as a f...
Both 140 keV Zn channeled implantation in the <0001> direction of GaN and random implantation ...
International audienceEpitaxial GaN layers with a-, c- and m-plane surface orientations were implant...
The medium range implantation of rare earth ions at room temperature in GaN layers leads to the form...
GaN is implanted with 90 keV Mg-ions and afterwards annealed at 1150°C in a rapid thermal annealing ...
The crystallographic damage induced in GaN by 300 keV rare earth ions implantation has been investig...
The GaN films grown on sapphire by metal-organic chemical vapor deposition (MOCVD) have excellent cr...