In this Rapid Communication, we report positron annihilation results on in-grown and proton irradiation-induced vacancies and their decoration in aluminium nitride (AlN) single crystals. By combining positron lifetime and coincidence Doppler measurements with ab initio calculations, we identify in-grown VAl−ON complexes in the concentration range 10 exp 18 cm exp −3 as the dominant form of VAl in the AlN single crystals, while isolated VAl were introduced by irradiation. Further, we identify the UV absorption feature at around 360 nm that involves VAl.Peer reviewe
Compensation by deep-level defects and self-compensation of shallow donors in AlN are discussed in t...
We have employed the plane-wave pseudopotential method to study point defect complexes in GaN and Al...
Abstract The paper reports comparative studies on synthesized aluminium nitride nanotubes, nanopar...
In this Rapid Communication, we report positron annihilation results on in-grown and proton irradiat...
In this Rapid Communication, we report positron annihilation results on in-grown and proton irradiat...
In this Rapid Communication, we report positron annihilation results on in-grown and proton irradiat...
The authors have used positron annihilation spectroscopy and photoluminescence measurements to study...
Positron annihilation spectroscopy was used to study GaAsN/GaAs epilayers. GaAsN layers were found t...
Positron annihilation spectroscopy was used to study GaAsN/GaAs epilayers. GaAsN layers were found t...
We have used positron annihilation spectroscopy to determine the nature and the concentrations of th...
We have employed the plane-wave pseudopotential method to study point defect complexes in GaN and Al...
We present a comprehensive study of vacancy and vacancy-impurity complexes in InN combining positron...
Analytical scanning transmission electron microscopy has been applied to study aluminium nitride (Al...
We report on slow-positron measurements of atomic defect distribution near a solid surface. Defects ...
The authors studied the structural and point defect distributions of hydride vapor phase epitaxial G...
Compensation by deep-level defects and self-compensation of shallow donors in AlN are discussed in t...
We have employed the plane-wave pseudopotential method to study point defect complexes in GaN and Al...
Abstract The paper reports comparative studies on synthesized aluminium nitride nanotubes, nanopar...
In this Rapid Communication, we report positron annihilation results on in-grown and proton irradiat...
In this Rapid Communication, we report positron annihilation results on in-grown and proton irradiat...
In this Rapid Communication, we report positron annihilation results on in-grown and proton irradiat...
The authors have used positron annihilation spectroscopy and photoluminescence measurements to study...
Positron annihilation spectroscopy was used to study GaAsN/GaAs epilayers. GaAsN layers were found t...
Positron annihilation spectroscopy was used to study GaAsN/GaAs epilayers. GaAsN layers were found t...
We have used positron annihilation spectroscopy to determine the nature and the concentrations of th...
We have employed the plane-wave pseudopotential method to study point defect complexes in GaN and Al...
We present a comprehensive study of vacancy and vacancy-impurity complexes in InN combining positron...
Analytical scanning transmission electron microscopy has been applied to study aluminium nitride (Al...
We report on slow-positron measurements of atomic defect distribution near a solid surface. Defects ...
The authors studied the structural and point defect distributions of hydride vapor phase epitaxial G...
Compensation by deep-level defects and self-compensation of shallow donors in AlN are discussed in t...
We have employed the plane-wave pseudopotential method to study point defect complexes in GaN and Al...
Abstract The paper reports comparative studies on synthesized aluminium nitride nanotubes, nanopar...