We study the droplet epitaxy of indium on the As‐stabilized GaAs (001) substrate using the
analytical theory of nucleation combined with kinetic Monte Carlo simulations. The …

Self-assembly processes provide an effective and environmentally benign method for
synthesising novel ceramic and composite materials. The development of self-assembly …

It is useful to view today's optoelectronics in terms of various functional categories, most
important of which are the generation of light, modulation of light, transmission of light and its …

This work reports on growth and characterization of self-assembled In x Ga 1− x As quantum
dots grown on GaAs (1 0 0) substrate designed to emit at 1030 nm. All structures were …

Microscopic, self-assembled rodlike structures have attracted much interest in recent years,
covering a broad range of applications from nanowires [1] and superconducting …

As representative non-toxic cadmium-free quantum dots (QDs), ZnS QDs with high quantum
efficiency, super stability and excellent biocompatibility had attracted wide attention in the …

Findings. The structure of new compounds, the coordination of organic and acidoligands,
the structure of the coordination node and the coordination number of the central atom were …

At present, many scientific results are being achieved in our country on the use of local
mineral fillers in the field of composite materials production. To obtain a composite material …

In this paper, growth of self-assembled type-II GaSb/GaAs quantum dots by molecular beam
epitaxy technique is presented. The effect of various growth parameters such as substrate …

Актуальность темы исследования. Одной из важнейших задач современной науки и
техники является разработка твердотельных светоизлучающих приборов и …