anisms (i) or (ii) alone can account for known experimental observations. Rather, a combination of both is needed. We present an off-lattice model which allows for a qualitative reproduction of stripe patterns as well as island ramification Heteroepitaxial growth of thin films has been a field of growing interest in recent years [1] as it dis-plays a variety of highly non-trivial phenomena. Among these are, e.g., the self-organized formation of three-dimensional islands, so-called Quantum eserved
We model the effect of substrate strain patterning on the self-assembly of quantum dots (QDs). When ...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...
Monte Carlo simulations are reported for an atomistic model of heteroepitaxial growth. Dislocations ...
A spontaneous growth instability which occurs in heteroepitaxy of strained systems is the Stranski-K...
The mechanisms of strain relaxation and island formation have been investigated by transmission elec...
International audienceWe investigate the formation and the coarsening dynamics of islands in a strai...
An off-lattice, continuous space Kinetic Monte Carlo (KMC) algorithm is discussed and applied in the...
An off-lattice, continuous space Kinetic Monte Carlo (KMC) algorithm is discussed and applied in the...
We investigate various phenomena of strained heteroepitaxial growth. To this end, we study a model i...
It is a well known fact that strain-driven self-assembly via Stranski-Krastonov growth is a promisin...
Journal ArticleWe demonstrate, by both theory and experiment, the strain-induced self-organized form...
This article presents the results of three-dimensional modeling of heteroepitaxial thin film growth ...
Quantum dots (QD) have discrete energy spectrum, which can be adjusted over a wide range by tuning c...
We study numerically the equilibrium shapes, shape transitions, and dislocation nucleation of small ...
We model the effect of substrate strain patterning on the self-assembly of quantum dots (QDs). When ...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...
Monte Carlo simulations are reported for an atomistic model of heteroepitaxial growth. Dislocations ...
A spontaneous growth instability which occurs in heteroepitaxy of strained systems is the Stranski-K...
The mechanisms of strain relaxation and island formation have been investigated by transmission elec...
International audienceWe investigate the formation and the coarsening dynamics of islands in a strai...
An off-lattice, continuous space Kinetic Monte Carlo (KMC) algorithm is discussed and applied in the...
An off-lattice, continuous space Kinetic Monte Carlo (KMC) algorithm is discussed and applied in the...
We investigate various phenomena of strained heteroepitaxial growth. To this end, we study a model i...
It is a well known fact that strain-driven self-assembly via Stranski-Krastonov growth is a promisin...
Journal ArticleWe demonstrate, by both theory and experiment, the strain-induced self-organized form...
This article presents the results of three-dimensional modeling of heteroepitaxial thin film growth ...
Quantum dots (QD) have discrete energy spectrum, which can be adjusted over a wide range by tuning c...
We study numerically the equilibrium shapes, shape transitions, and dislocation nucleation of small ...
We model the effect of substrate strain patterning on the self-assembly of quantum dots (QDs). When ...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...