A Somigliana dislocation dipole model is developed to determine the critical thickness for misfit twin formation in an epilayer with different elastic constants from its substrate. The critical dipole arm length is determined by minimizing the twin formation energy for a given epilayer thickness and lattice mismatch strain, while a zero value of the minimum formation energy determines the critical thickness for misfit twinning. The results obtained by the Somigliana dislocation dipole model are roughly consistent with those by the previous dislocation-based twinning model. (C) 2008 Elsevier Ltd. All rights reserved
Elastic constants of an epilayer usually differ from that of its substrate. The effect of this diffe...
A theoretical model of mis®t dislocations and their dipole con®gurations in nanoscale ®lms with comp...
The formation of a misfit dislocation from a half circular dislocation loop originating at the (001)...
AbstractA Somigliana dislocation dipole model is developed to determine the critical thickness for m...
Based on the dislocation theory of twinning, an analytical solution is given to determine the critic...
This process was considered theoretically. By using elasticity theory, the corresponding critical th...
The equilibrium morphology of misfit twins in an epilayer with different elastic constants from its ...
The onset of misfit dislocation generation is investigated and the critical thickness is determined ...
The critical thickness of an epilayer on a substrate with different elastic constants is investigate...
The critical epilayer thickness for the formation of misfit dislocations at the interface between an...
Deformation-induced twinning is an important mechanism in metals with a limited number of slip defor...
The total energy of an array of dislocations in a strained epitaxial layer is composed of the self e...
Historically, the ability of crystal plasticity to incorporate the Schmid’s law at each integration ...
The critical thickness of an epilayer on a substrate with different elastic constants is investigate...
Growth islands due to large mismatch strain arising in Stranski-Krastanow (SK) and Volmer-Weber (VW)...
Elastic constants of an epilayer usually differ from that of its substrate. The effect of this diffe...
A theoretical model of mis®t dislocations and their dipole con®gurations in nanoscale ®lms with comp...
The formation of a misfit dislocation from a half circular dislocation loop originating at the (001)...
AbstractA Somigliana dislocation dipole model is developed to determine the critical thickness for m...
Based on the dislocation theory of twinning, an analytical solution is given to determine the critic...
This process was considered theoretically. By using elasticity theory, the corresponding critical th...
The equilibrium morphology of misfit twins in an epilayer with different elastic constants from its ...
The onset of misfit dislocation generation is investigated and the critical thickness is determined ...
The critical thickness of an epilayer on a substrate with different elastic constants is investigate...
The critical epilayer thickness for the formation of misfit dislocations at the interface between an...
Deformation-induced twinning is an important mechanism in metals with a limited number of slip defor...
The total energy of an array of dislocations in a strained epitaxial layer is composed of the self e...
Historically, the ability of crystal plasticity to incorporate the Schmid’s law at each integration ...
The critical thickness of an epilayer on a substrate with different elastic constants is investigate...
Growth islands due to large mismatch strain arising in Stranski-Krastanow (SK) and Volmer-Weber (VW)...
Elastic constants of an epilayer usually differ from that of its substrate. The effect of this diffe...
A theoretical model of mis®t dislocations and their dipole con®gurations in nanoscale ®lms with comp...
The formation of a misfit dislocation from a half circular dislocation loop originating at the (001)...