Nucleation theory provides a powerful tool for growth modeling of a variety of objects: from
liquid droplets to thin solid films and biological structures. Theoretical approaches based on …

Results of investigations into surface processes of the formation of germanium and silicon
nanostructures are analyzed. A mechanism of three-dimensional island nucleation and …

The stress-driven formation of coherent islands in heteroepitaxial systems is studied within
the frame of the kinetic theory of nucleation under dynamical conditions. The kinetic model …

Currently, the nature of self-assembly of three-dimensional epitaxial islands or quantum dots
(QDs) in a lattice-mismatched heteroepitaxial growth system, such as InAs/GaAs (001) and …

One of the major results of condensation theory is the time independence of the size
distribution shape (in terms of a certain invariant size) at the stage of regular growth of …

In this paper questions of optimization of growth conditions in the method of molecular beam
epitaxy for creation of high-efficient quantum dot infrared photodetectors are considered. As …

The pursuit of achieving wideband electromagnetic wave absorption to meet the demands in
multiple fields has attracted attention in the field of electromagnetic wave absorption …

This work addresses theory of nucleation and condensation based on the continuous Fokker-
Plank type kinetic equation for the distribution of supercritical embryos over sizes beyond the …

In this paper theoretical modeling of formation and growth of germanium–silicon quantum
dots in the method of molecular beam epitaxy (MBE) on different surfaces is carried out …

The growth kinetics influence on the structural and optical properties of quantum dot
ensembles in the Ge/Si (100) and InAs/GaAs (100) heteroepitaxial systems is studied …