Department of Analytical Chemistry
- Sample preparation methods scientific group
- Mass spectrometry research group
- Applied chemometrics research group
- Separation methods and Hy-Phenated methods of analysis
- Electrochemical methods of analysis and membrane separation
- Mossbauer and X-ray spectroscopy
Department of Chemical Thermodynamics and Kinetics
- Thermodynamic and kinetic investigations of nanostructured systems and materials
- Critical phenomena and processes in multicomponent heterogeneous systems with chemical interaction
- Thermodynamics and kinetics of membrane and reactive mass-exchange processes
Department of Colloid Chemistry
- Thermodynamics, surface and electrosurface properties of colloid nanosystems
- Surface phenomena in nanoheterogeneous liquids
Department of Electrochemistry
- Electrode materials for metal-ion batteries, supercapacitors and redox batteries
- Electrode processes in materials based on polymer complexes of metals with Schiff bases
- Charge transfer processes in polymer-modified electrodes
Department of General and Inorganic Chemistry
- Luminescent transition metal complexes group
- Donor-acceptor interactions research group
- Solution chemistry group
- Synthesis and investigation of nanoparticles and nanostructured materials group
- High temperature chemistry of oxide systems and materials
- Solid state magnetochemistry group
Department of Laser Chemistry and Laser Material Science
Department of Macromolecular Compounds Chemistry
Department of Organic Chemistry
- Chemistry of strained nitrogen-containing heterocycles in functional molecular design
- Chemistry of azapolyene and ylide intermediates
- Chemistry of acetylenic compounds
Department of Physical Chemistry
- Soft matter group
- Ionometry group
- Advanced ceramics and high temperature ceramic sensors
- Non-covalent Interactions Laboratory
- Computer simulation group
Department of Physical Organic Chemistry
Department of Quantum Chemistry
Department of Radiochemistry
Department of Solid State Chemistry
- Research group of professor Smirnov V.
- Design of nanostructured materials for alternative energy and biomedical applications
- Carbon nanomaterials for biomedical application
- Programmable layer-by-layer synthesis of functional nanomaterials in "soft chemistry" conditions