InAs layers were grown on GaAs by molecular beam epitaxy (MBE) at substrate temperature 450 and 480 degrees C, and the surface morphology was studied with scanning electron microscopy (SEM). We have observed a high density of hexagonal deep pits for samples grown at 450 degrees C, however, the samples grown at 480 degrees C have smooth surface. The difference of morphology can be explained by different migration of cations which is temperature dependent. Cross-sectional transmission electron microscopy (XTEM) studies showed that the growth temperature also affect the distributions of threading dislocations in InAs layers because the motion of dislocations is kinetically limited at lower temperature. (C) 1998 Elsevier Science B.V. All rights...
We have studied the structural and electrical characteristics of InAsSb ternary layers grown on GaAs...
Step like morphology of (331)A high-index surfaces during atomic hydrogen assisted molecular beam ep...
Surface morphology evolution of strained InAs/GaAs(331)A films was systematically investigated in th...
The morphology of MBE grown InAs films on GaSb buffered GaAs(001) substrates with miscuts ranging be...
The initial stages in the growth of InAs by molecular beam epitaxy (MBE) on GaAs(001)-c(4x4) have be...
We studied the temperature dependence of the two-dimensional to three-dimensional growth transition ...
We successfully grow high-quality wurtzite InAs nanowires on GaAs substrates. The influences of grow...
InAs layers on GaAs substrates with AlAs0.32Sb0.68 buffer layers were grown by using molecular beam ...
We report low-temperature (LT) growth of self-assembled InAs dots on GaAs by molecular beam epitaxy....
Using Transmission Electron Microscopy, we studied the misfit and threading dislocations in InAs epi...
We have examined the effect of growth temperature and growth interruption time on molecular‐beam‐epi...
Heteroepitaxial growths of GaAs layers on Ge substrates have received a significant attentiondue to ...
The evolution of two-dimensional (2D) strained InAs wetting layers on GaAs(001), grown at different ...
In this work, low temperature growth of GaAs epitaxial layers on Ge substrates by metalorganic vapor...
We present a detailed atomic-force-microscopy study of the effect of annealing on InAs/GaAs (001) qu...
We have studied the structural and electrical characteristics of InAsSb ternary layers grown on GaAs...
Step like morphology of (331)A high-index surfaces during atomic hydrogen assisted molecular beam ep...
Surface morphology evolution of strained InAs/GaAs(331)A films was systematically investigated in th...
The morphology of MBE grown InAs films on GaSb buffered GaAs(001) substrates with miscuts ranging be...
The initial stages in the growth of InAs by molecular beam epitaxy (MBE) on GaAs(001)-c(4x4) have be...
We studied the temperature dependence of the two-dimensional to three-dimensional growth transition ...
We successfully grow high-quality wurtzite InAs nanowires on GaAs substrates. The influences of grow...
InAs layers on GaAs substrates with AlAs0.32Sb0.68 buffer layers were grown by using molecular beam ...
We report low-temperature (LT) growth of self-assembled InAs dots on GaAs by molecular beam epitaxy....
Using Transmission Electron Microscopy, we studied the misfit and threading dislocations in InAs epi...
We have examined the effect of growth temperature and growth interruption time on molecular‐beam‐epi...
Heteroepitaxial growths of GaAs layers on Ge substrates have received a significant attentiondue to ...
The evolution of two-dimensional (2D) strained InAs wetting layers on GaAs(001), grown at different ...
In this work, low temperature growth of GaAs epitaxial layers on Ge substrates by metalorganic vapor...
We present a detailed atomic-force-microscopy study of the effect of annealing on InAs/GaAs (001) qu...
We have studied the structural and electrical characteristics of InAsSb ternary layers grown on GaAs...
Step like morphology of (331)A high-index surfaces during atomic hydrogen assisted molecular beam ep...
Surface morphology evolution of strained InAs/GaAs(331)A films was systematically investigated in th...