This chapter contains sections titled: Synthesis of Self‐Organizing Arrays of Quantum Dots: Objectives and Approach Initial Stage of Ge/Si Nanodot Formation Using Nanocluster Fluxes Binary SixC1‐x Quantum Dot Systems: Initial Growth Stage Self‐Organization in Ge/Si Nanodot Arrays at Advanced Growth Stages Self‐Organized Nanodot Arrays: Plasma‐Specific Effects Concluding Remarks<br/
We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self-organizat...
We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self-organizat...
We report on the formation of clusters of self-assembled quantum dots (termed quantum-dot molecules)...
This work presents the details of the numerical model used in simulation of self-organization of nan...
The increasing interest in nanoscience and nanotechnology has prompted intense investigations into a...
The increasing interest in nanoscience and nanotechnology has prompted intense investigations into a...
ABSTRACT: We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self...
The paper presents an investigation of self-organizational and -assembly processes of nanostructure ...
We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self-organizat...
The controlled growth of ultra-small Ge/Si quantum dot (QD) nuclei (≈1 nm) suitable for the synthesi...
Abstract: The paper presents an investigation of self-organizational and-assembly processes of nanos...
Driven by the innate tendency of the system to attain a local energy minimum, self-organization enab...
Driven by the innate tendency of the system to attain a local energy minimum, self-organization enab...
Driven by the innate tendency of the system to attain a local energy minimum, self-organization enab...
We have grown Ge quantum dots by Physical Vapor Deposition (PVD) on step bunched Si(111) surfaces, v...
We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self-organizat...
We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self-organizat...
We report on the formation of clusters of self-assembled quantum dots (termed quantum-dot molecules)...
This work presents the details of the numerical model used in simulation of self-organization of nan...
The increasing interest in nanoscience and nanotechnology has prompted intense investigations into a...
The increasing interest in nanoscience and nanotechnology has prompted intense investigations into a...
ABSTRACT: We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self...
The paper presents an investigation of self-organizational and -assembly processes of nanostructure ...
We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self-organizat...
The controlled growth of ultra-small Ge/Si quantum dot (QD) nuclei (≈1 nm) suitable for the synthesi...
Abstract: The paper presents an investigation of self-organizational and-assembly processes of nanos...
Driven by the innate tendency of the system to attain a local energy minimum, self-organization enab...
Driven by the innate tendency of the system to attain a local energy minimum, self-organization enab...
Driven by the innate tendency of the system to attain a local energy minimum, self-organization enab...
We have grown Ge quantum dots by Physical Vapor Deposition (PVD) on step bunched Si(111) surfaces, v...
We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self-organizat...
We report on the chemical synthesis of the arrays of silicon oxide nanodots and their self-organizat...
We report on the formation of clusters of self-assembled quantum dots (termed quantum-dot molecules)...