Chemical physics and properties of nanostructures

Within the framework of the program, specialists of the highest qualification of the physical and technical profile are trained in the field of nanotechnology development. The main areas of research:
Fundamental:
Mechanics;
thermodynamics and kinetics of chemical reactions and phase transitions;
structure of molecular compounds;
physics and chemistry of condensed matter;
dynamics of complex systems.

Special:
physical methods for studying nanostructures;
instrumental methods of chemical analysis;
technology for the production of diamonds and ultrahard materials;
physico-chemical properties of nanomaterials.

STUDIED COURSES:

Physico-chemical properties of nanomaterials
Introduction to the physics of condensed matter
Basics of scanning probe microscopy
Introduction to X-ray diffraction analysis
Electron microscopy
Quantum-chemical modeling of the structure and properties of solids
Kinetics and thermodynamics of phase transitions and phase transformations in solids