a b s t r a c t A substantial improvement of the structural quality of GaN/AlN grown on He implanted Si has been described. Many misfit dislocations were redirected from the Al/Si interface and propagated to the Si substrate due to the formation of He bubbles in the substrate. Growth temperature of GaN/AlN was chosen to be the annealing temperature necessary for He bubble formation. The dependence on the He fluence, distance of He bubbles from the Si surface and cleaning procedure of the Si before growth have been described. The structural perfection of the GaN/AlN layers was compared to the layers grown on un-implanted Si. & 2008 Published by Elsevier B.V
This report reflects the results of heat treatment under various conditions on as-grown and ion impl...
The distribution and bending of dislocations in GaN/step-graded (Al,Ga)N/AlN buffer layers grown on ...
Low temperature (LT) AlN interlayers were used to effectively reduce the tension stress and micro-cr...
The structural properties of GaN grown on AlGaN/AlN stress mitigating layers on 100-mm diameter Si (...
Due to the unavailability of bulk defect-free GaN substrates, GaN is grown hetero-epitaxially on sub...
This study describes the growth of a low-temperature AlN interlayer for crack-free GaN growth on Si(...
The influences of AlN buffer thickness on the optical and the crystalline properties of metalorganic...
We studied the influence of high temperature AlN buffer thickness on the property of GaN film on Si ...
Most works involving GaN technology on Si (111) substrate, especially for device applications suffer...
Low temperature (LT) AlN interlayer and insertion of superlattice are two effective methods to reduc...
We have investigated the effect of the thickness and layer number of the low-temperature A1N interla...
This paper investigates the effect of buried cracks in the AlN interlayer buffer on mitigation of th...
We have studied the effects of rapid thermal annealing at 1300¿°C on GaN epilayers grown on AlN buff...
We have examined the influence of thin layers of silicon nitride, deposited in situ on AlN and GaN n...
In this study, low-temperature (LT) and high-temperature (HT) AlN insertion layers (ILs) grown at 68...
This report reflects the results of heat treatment under various conditions on as-grown and ion impl...
The distribution and bending of dislocations in GaN/step-graded (Al,Ga)N/AlN buffer layers grown on ...
Low temperature (LT) AlN interlayers were used to effectively reduce the tension stress and micro-cr...
The structural properties of GaN grown on AlGaN/AlN stress mitigating layers on 100-mm diameter Si (...
Due to the unavailability of bulk defect-free GaN substrates, GaN is grown hetero-epitaxially on sub...
This study describes the growth of a low-temperature AlN interlayer for crack-free GaN growth on Si(...
The influences of AlN buffer thickness on the optical and the crystalline properties of metalorganic...
We studied the influence of high temperature AlN buffer thickness on the property of GaN film on Si ...
Most works involving GaN technology on Si (111) substrate, especially for device applications suffer...
Low temperature (LT) AlN interlayer and insertion of superlattice are two effective methods to reduc...
We have investigated the effect of the thickness and layer number of the low-temperature A1N interla...
This paper investigates the effect of buried cracks in the AlN interlayer buffer on mitigation of th...
We have studied the effects of rapid thermal annealing at 1300¿°C on GaN epilayers grown on AlN buff...
We have examined the influence of thin layers of silicon nitride, deposited in situ on AlN and GaN n...
In this study, low-temperature (LT) and high-temperature (HT) AlN insertion layers (ILs) grown at 68...
This report reflects the results of heat treatment under various conditions on as-grown and ion impl...
The distribution and bending of dislocations in GaN/step-graded (Al,Ga)N/AlN buffer layers grown on ...
Low temperature (LT) AlN interlayers were used to effectively reduce the tension stress and micro-cr...