Substantial solid solution strengthening of GaAs by In acting as InAs_4 units has recently been predicted. This strengthening could account for the reduction of dislocation density in GaAs single crystals grown from the melt. High temperature hardness measurements up to 700ºC have been carried out on (100) GaAs and Ga_(0.9975)In_(0.0025)As wafers. Results show a significant strengthening effect in In-doped GaAs even at concentration levels of about 0.2 wt%. A temperature independent flow stress region is observed for both these alloys. The In-doped GaAs shows a higher plateau stress level compared to the undoped GaAs. The results are consistent with the solid solution strengthening model
Dislocations have been introduced in GaAs doped with indium, by plastic deformation between 773 K an...
Dislocations have been introduced in GaAs doped with indium, by plastic deformation between 773 K an...
Nanoindentation was used to determine material hardness and Young's modulus in a wide compositional ...
Substantial solid‐solution strengthening of GaAs by In acting as InAs_4 units has recently been pred...
Compressive deformation of undoped and In‐doped GaAs single crystals has been carried out in [001] a...
Compressive deformation of undoped and In‐doped GaAs single crystals has been carried out in [001] a...
Dislocation structures in In-doped and undoped GaAs single crystals deformed at 700-1100°C have been...
Dislocation structures in In-doped and undoped GaAs single crystals deformed at 700-1100°C have been...
The control of dislocation density during the growth of GaAs and related compounds is highly desira...
The role of isovalent dopants in the high‐temperature deformation of GaAs has been studied in the te...
The role of isovalent dopants in the high‐temperature deformation of GaAs has been studied in the te...
The semiconductor industry has long been aware of the need to avoid deformation during bulk single-...
The semiconductor industry has long been aware of the need to avoid deformation during bulk single-...
The electronic, mechanical and transport properties of the In substitution in GaAs are investigated ...
The addition of 1 % In to LEC GaAs has been reported to reduce the dislocation density in this mater...
Dislocations have been introduced in GaAs doped with indium, by plastic deformation between 773 K an...
Dislocations have been introduced in GaAs doped with indium, by plastic deformation between 773 K an...
Nanoindentation was used to determine material hardness and Young's modulus in a wide compositional ...
Substantial solid‐solution strengthening of GaAs by In acting as InAs_4 units has recently been pred...
Compressive deformation of undoped and In‐doped GaAs single crystals has been carried out in [001] a...
Compressive deformation of undoped and In‐doped GaAs single crystals has been carried out in [001] a...
Dislocation structures in In-doped and undoped GaAs single crystals deformed at 700-1100°C have been...
Dislocation structures in In-doped and undoped GaAs single crystals deformed at 700-1100°C have been...
The control of dislocation density during the growth of GaAs and related compounds is highly desira...
The role of isovalent dopants in the high‐temperature deformation of GaAs has been studied in the te...
The role of isovalent dopants in the high‐temperature deformation of GaAs has been studied in the te...
The semiconductor industry has long been aware of the need to avoid deformation during bulk single-...
The semiconductor industry has long been aware of the need to avoid deformation during bulk single-...
The electronic, mechanical and transport properties of the In substitution in GaAs are investigated ...
The addition of 1 % In to LEC GaAs has been reported to reduce the dislocation density in this mater...
Dislocations have been introduced in GaAs doped with indium, by plastic deformation between 773 K an...
Dislocations have been introduced in GaAs doped with indium, by plastic deformation between 773 K an...
Nanoindentation was used to determine material hardness and Young's modulus in a wide compositional ...