Local density functional theory is used to show that both α and β dislocations in GaAs are reconstructed. This is done by relaxing large 158-atom H-terminated clusters of GaAs containing 90° partial dislocations. The reconstruction is strongly influenced by impurities: acceptor pairs destroy the reconstruction of β partials but strengthen it for α dislocations. Donors have opposite effects. The implication of these results for the pinning of dislocations in GaAs is discussed.Godkänd; 1994; 20080425 (ysko
Our understanding of the causal relationship between material parameters and GaAs FET threshold volt...
The crystal quality improvement by electrical or isoelectronic doping of L.E.C. grown GaAs crystals ...
Threading dislocation glide relieves strain in strained-layer heterostructures by increasing the tot...
Local density functional theory is used to show that both α and β dislocations in GaAs are reconstru...
A local density functional cluster method is used to investigate the structure of dislocations in Ga...
The drastic reduction of dislocation densities in CZ grown GaAs by In doping reported in the literat...
Experimental results are presented confirming that the two energy levels in GaAs: E$\text{}_{c}$ - 0...
The reliability of semiconductor devices depends upon the stability of the constituent materials. St...
In recent years it became possible to extend the resolution of field emission microscopes into the s...
We suggest a model for the nucleation and expansion of dislocations which accommodate the parameter...
Dislocations have been introduced in GaAs doped with indium, by plastic deformation between 773 K an...
We suggest a model for the nucleation and expansion of dislocations which accommodate the parameter ...
The energy bands associated with dislocations in gallium arsenide create, even in the space charge r...
We have investigated by cathodoluminescence the influence of atomic hydrogen on the minority carrier...
Galvanomagnetic measurements on plastically deformed GaAs have been compared with theoretical calcul...
Our understanding of the causal relationship between material parameters and GaAs FET threshold volt...
The crystal quality improvement by electrical or isoelectronic doping of L.E.C. grown GaAs crystals ...
Threading dislocation glide relieves strain in strained-layer heterostructures by increasing the tot...
Local density functional theory is used to show that both α and β dislocations in GaAs are reconstru...
A local density functional cluster method is used to investigate the structure of dislocations in Ga...
The drastic reduction of dislocation densities in CZ grown GaAs by In doping reported in the literat...
Experimental results are presented confirming that the two energy levels in GaAs: E$\text{}_{c}$ - 0...
The reliability of semiconductor devices depends upon the stability of the constituent materials. St...
In recent years it became possible to extend the resolution of field emission microscopes into the s...
We suggest a model for the nucleation and expansion of dislocations which accommodate the parameter...
Dislocations have been introduced in GaAs doped with indium, by plastic deformation between 773 K an...
We suggest a model for the nucleation and expansion of dislocations which accommodate the parameter ...
The energy bands associated with dislocations in gallium arsenide create, even in the space charge r...
We have investigated by cathodoluminescence the influence of atomic hydrogen on the minority carrier...
Galvanomagnetic measurements on plastically deformed GaAs have been compared with theoretical calcul...
Our understanding of the causal relationship between material parameters and GaAs FET threshold volt...
The crystal quality improvement by electrical or isoelectronic doping of L.E.C. grown GaAs crystals ...
Threading dislocation glide relieves strain in strained-layer heterostructures by increasing the tot...