A theoretical model is suggested which describes a new type of topological defect in condensed matter, namely the hyperdislocations in networks of misfit dislocations at film/substrate interfaces. Formulae for elastic characteristics of misfit dislocation (MD) networks with hyperdislocations, such as elastic moduli and the hyperdislocationenergy, are found. With these formulae, the anisotropy of the MD networks and the dependence of the hyperdislocation energy on the film thickness are analysed. 1
The formation of a misfit dislocation from a half circular dislocation loop originating at the (001)...
Abstract. We suggest a new mechanism for misfit strain accommodation in misfitting multilayer films ...
Level set simulations of dislocation dynamics in biaxially strained, heteroepitaxial films reveal in...
Abstract. A theoretical model is proposed which describes a new physical micromechanism for relaxati...
A theoretical model which describes the generation of misfit dislocations in multilayered films depo...
The present work is motivated by the idea that the layer deformation in anisotropic elasticity can b...
The emergence of non-uniform distributions of misfit dislocations (MDs) in thin films is discussed. ...
Peculiarities in the spatial distribution of misfit dislocations near the interfaces in heterophase ...
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 role of the free surface in determining the equilibrium position of misfit dislocations in thin ...
Dislocations are one-dimensional line defects in three-dimensional crystals or periodic structures. ...
[[abstract]]The effect of substrate modulus difference on dislocation formation in an epitaxial film...
Energetic, dynamic and kinetic reasons leading to the nonuniformity in misfit dislocation (MD) distr...
Continuum elastic theory is applied to the formation of misfit dislocations and point defects in str...
The formation of a misfit dislocation from a half circular dislocation loop originating at the (001)...
Abstract. We suggest a new mechanism for misfit strain accommodation in misfitting multilayer films ...
Level set simulations of dislocation dynamics in biaxially strained, heteroepitaxial films reveal in...
Abstract. A theoretical model is proposed which describes a new physical micromechanism for relaxati...
A theoretical model which describes the generation of misfit dislocations in multilayered films depo...
The present work is motivated by the idea that the layer deformation in anisotropic elasticity can b...
The emergence of non-uniform distributions of misfit dislocations (MDs) in thin films is discussed. ...
Peculiarities in the spatial distribution of misfit dislocations near the interfaces in heterophase ...
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 role of the free surface in determining the equilibrium position of misfit dislocations in thin ...
Dislocations are one-dimensional line defects in three-dimensional crystals or periodic structures. ...
[[abstract]]The effect of substrate modulus difference on dislocation formation in an epitaxial film...
Energetic, dynamic and kinetic reasons leading to the nonuniformity in misfit dislocation (MD) distr...
Continuum elastic theory is applied to the formation of misfit dislocations and point defects in str...
The formation of a misfit dislocation from a half circular dislocation loop originating at the (001)...
Abstract. We suggest a new mechanism for misfit strain accommodation in misfitting multilayer films ...
Level set simulations of dislocation dynamics in biaxially strained, heteroepitaxial films reveal in...