Physical Chemistry, Surface Chemistry
Chemical structure and bonding (theory)
Quantum Chemistry
Theoretical studies of reaction dynamics
Chemical bonding and structure (experimental)
Electronography
Mass Spectroscopy
Photoelectron and X-ray Photoelectron Spectroscopy
X-ray analysis and Auger spectroscopy
Spectroscopy (UV, Visible, Microwave)
Spectroscopy (IR, Raman)
Electron paramagnetic resonance
Mossbaur effect
NMR
Crystallochemistry and crystallography
Experimental Investigation of crystal structure
Morphology and crystal structure
Crystal growth, Epytaxy
Solid State Chemistry
Solid state chemical bonding theory
Experimental investigation of solid state chemical bonding
Solid substances properties
Gaseous, liquid and amorphous state
Liquid crystals
Radiochemistry
Chemical thermodynamics, Thermochemistry. Equilibria, Physical-chemical analysis
Thermochemistry
Chemical Equilibria
Physico-chemical analysis
Phase transformations
Kinetics. Combustion. Explosion. Topochemistry. Catalysis
Mathmatical and computer aided methods for investigation of kinetics and mechanisms
Heat and mass transfer and makrokinetics problems
Problems of nonequilibrium chemical kinetics and dynamics of elementary reactions
Gas phase kinetics
Kinetics of processes in liquid phase
Combustion and explosion
Topochemical reactions
Heterogeneous Catalysis
Heterogeneous electrocatalysis
Homogeneous acid base catalysis
Homogeneous catalysis by metal complexes
Photocatalysis
Photochemistry. Laser chemistry. radiation analysis. Plasmochemistry
Photochemistry
Laser chemistry
Radiation Chemistry
Plasmochemistry
Mechanochemistry and Sonochemistry
Theory of solutions
Physical properties of solutions
Complexation in solutions
Thermodynamics of solutions
Structure of solutions
Electrochemistry
Electroconductivity
Double electric layer and electrode absorbtion
Diffusion Kinetics
Electrode Processes
Surface Phenomena
Adsorbtion
Chromatography. Electrophoresis
Ion Exchange
Colloid Chemistry. Dispersion systems