Multiple-energy (30-325 keV) O{sup +} implantation into GaN field-effect transistor structures (n {approximately} 10{sup 18} cm{sup {minus}3}, 3000 {angstrom} thick) can produce as-implanted sheet resistances of 4 x 10{sup 12} {Omega}/{open_square}, provided care is taken to ensure compensation of the region up to the projected range of the lowest energy implant. The sheet resistance remains above 10{sup 7} {Omega}/{open_square} to annealing temperatures of {approximately} 650 C and displays an activation energy of 0.29 eV. No diffusion of the implanted oxygen was observed for anneals up to 800 C
Ion implantation doping and isolation has played a critical role in realizing high performance photo...
III-N photonic devices have made great advances in recent years following the demonstration of dopin...
Ion implantation has played an enabling role in the realization of many high performance photonic an...
Both n- and p-type doping have been achieved in GaN using Si{sup +} or Mg{sup +}/P{sup +} implantati...
A multienergy oxygen ion implantation process was demonstrated to be compatible with the processing ...
The evolution of sheet resistance of n-type GaN epilayers exposed to irradiation with MeV H, Li, C, ...
We demonstrate the application of nitrogen (N) implantation in GaN as a current-blocking layer. In a...
Defect recovery, optical activation and diffusion of Er implanted GaN epilayers grown on sapphire we...
The behavior of an ohmic contact to an implanted Si GaN n-well in the temperature range of 25-300 de...
The impact of growth temperature on the unintentional oxygen incorporation in GaN and AlGaN grown by...
Growth conditions have a tremendous impact on the unintentional background impurity concentration in...
The bonding environment of oxygen implanted in GaN is studied using Near Edge X-ray Absorption Fine ...
A multienergy oxygen ion implantation process wasdemonstrated to be compatible with the processing o...
Si-doping characteristics have been systematically investigated for Si+N co-implanted GaN. n-type re...
Si{sup +} implant activation efficiencies above 90%, even at doses of 5 {times} 10{sup 15} cm{sup {m...
Ion implantation doping and isolation has played a critical role in realizing high performance photo...
III-N photonic devices have made great advances in recent years following the demonstration of dopin...
Ion implantation has played an enabling role in the realization of many high performance photonic an...
Both n- and p-type doping have been achieved in GaN using Si{sup +} or Mg{sup +}/P{sup +} implantati...
A multienergy oxygen ion implantation process was demonstrated to be compatible with the processing ...
The evolution of sheet resistance of n-type GaN epilayers exposed to irradiation with MeV H, Li, C, ...
We demonstrate the application of nitrogen (N) implantation in GaN as a current-blocking layer. In a...
Defect recovery, optical activation and diffusion of Er implanted GaN epilayers grown on sapphire we...
The behavior of an ohmic contact to an implanted Si GaN n-well in the temperature range of 25-300 de...
The impact of growth temperature on the unintentional oxygen incorporation in GaN and AlGaN grown by...
Growth conditions have a tremendous impact on the unintentional background impurity concentration in...
The bonding environment of oxygen implanted in GaN is studied using Near Edge X-ray Absorption Fine ...
A multienergy oxygen ion implantation process wasdemonstrated to be compatible with the processing o...
Si-doping characteristics have been systematically investigated for Si+N co-implanted GaN. n-type re...
Si{sup +} implant activation efficiencies above 90%, even at doses of 5 {times} 10{sup 15} cm{sup {m...
Ion implantation doping and isolation has played a critical role in realizing high performance photo...
III-N photonic devices have made great advances in recent years following the demonstration of dopin...
Ion implantation has played an enabling role in the realization of many high performance photonic an...