Science Department

Principal areas of scientific research

• Development of new technologies in extraction of trace amounts of organic and inorganic substances from the environment, food products and biochemicals, as well as their detection and concentration
  
• The topical issues of modern chemistry and physical chemistry of high-molecular compounds
• Physicochemical mechanics of solids and dispersed systems, molecular mechanisms of the Rebinder effect, medium influence on dispersed particles interaction and cross-linking
• Research in laser-induced physicochemical processes
• Inorganic chemistry as the basis for the elaboration of new generations of functional materials
• Development of the most effective ways of teaching chemistry and other sciences
• Modern methods of physical-chemical analysis for studying multicomponent system constitutional diagrams
• Molecular design of organic structures and organic reactions, target search, synthesis and testing of new applicable organic compounds
• Organoelemental compounds functioning as reactants and catalytic agents in during synthesis of organic and organometallic compounds
• Radio nuclides and tagged compounds in chemistry and biology
• Radiological exclusion of chemical processes and substances
• Dosimetry and environmental radioactivity
• Structure and dynamics of atomic-molecular systems
• Chemical thermodynamics
• Catalysis, physico-chemistry of the surface
• Physico-chemical principles of separation methods and fine purification of substances and isotopes
• Piezochemistry
• Chemistry of energy consuming and coal-graphite materials
• Approaches to the problem of rational use of hydrocarbon material
• Organic chemistry of double-stranded nucleic acids and NK-protein complexes
• Study of the structure and functions of ribonucleoproteins using the chemical approaches