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Age of magmatic rocks - 4.B3.8.

Agricululture - 4.C9.3.

Alkanes - 4.B2.19.

Alkylanilines - 4.B2.22.

Aluminohydrides - 4.B2.23.

Animal husbandry - 4.C9.2.

Anthropogenic modification - 4.B4.3.

Application of regressional model - 4.B2.20.

Applied biotechnology - 4.B2.1.

Assessment of profit - 4.A3.10.

Astronomy - 4.B4.15., 4.B4.16., 4.B4.17., 4.B4.18., 4.B4.19.

Astrophysical plasma - 4.B4.14.

Atmospheric air pollution - 4.B3.2.

Automated systems - 4.C12.3.

Bathonian crust of weathering - 4.B3.16.

Bentonitic suspensions - 4.C5.2.

Bioactive derivatives - 4.B2.40.

Bio-complexes - 4.B2.37.

Biocoordinative admixtures - 4.B2.36.

Biologically active substances - 4.B2.24.; 4.B2.25.

Bolnisi ore district - 4.B3.18.

Business evaluation - 4.A3.8.

Business management - 4.D1.2.

Catalysts - 4.B2.17., 4.B2.18.

Catalysts - 4.C4.2.

Caucasus molasse block structures - 4.B3.4.

Chemical properties of water - 4.B2.15.

Circulation processes - 4.B4.10.

Climate - 4.B4.4., 4.B4.5., 4.B4.6., 4.B4.7., 4.B4.9., 4.B4.12.

Climate - 4.D2.2., 4.D2.3., 4.D2.4.

Commercialization of research - 4.A5.1.

Complex-forming ability - 4.B2.47.

Complex-forming ability - 4.B2.7.

Construction - 4.C8.1., 4.C8.3., 4.C8.4.

Construction of hierarchical models - 4.B1.5.

Convective clouds - 4.B4.8.

Coordination compounds - 4.B2.5., 4.B2.6.

Coordination compounds of Cu - 4.B2.35.

Corrosion - 4.B2.43.

Crystallogeny - 4.B3.12.

Curative properties of Ureki resort - 4.B3.3

Cutting temperature - 4.C5.5.

Dacitic volcanic center - 4.B3.6.

Data bases - 4.B4.1.

Dehydration method - 4.B2.38.

Differential conductivity - 4.B1.4.

Disasters - 4.D2.8., 4.D2.13., 4.D2.16., 4.D2.17., 4.D2.18., 4.D2.19., 4.D2.20., 4.D2.23., 4.D4.3.

Drilling equipment - 4.B3.24.

Dyed oligomers - 4.B2.16.

Dynamics of perturbations - 4.B4.13.

Ecology - 4.B3.19.

Ecology - 4.D2.1.

Ecology - 4.D2.6., 4.D2.7., 4.D2.9., 4.D2.12., 4.D2.15., 4.D2.22., 4.D2.24., 4.D2.25., 4.D2.26.

Economic efficiency - 4.B2.31.; 4.B2.32.

Economy internationalization - 4.A3.6.

Electroenergetics - 4.C1.8., 4.C1.9.

Electronic balance method - 4.B2.34.

Electronic structure -4.B2.7.

Energetics - 4.C1.1., 4.C1.2.

Event deposits - 4.B3.1.

Farm economies - 4.C9.4.

Fauna - 4.B2.2.

Financial rating of business activity - 4.A3.9.

Foehn phenomena - 4.B3.2.

Food falsification - 4.C7.2.

Food industry - 4.C7.3., 4.C7.4., 4.C7.6.

Food safety - 4.C7.1., 4.C7.5.

Forced vibrations - 4.C5.8., 4.C5.10.

Formation of volcanic rock - 4.B3.7.

Forms of state government - 4.A1.1.

Fuel-energy complex - 4.C1.7.

Generations - 4.B5.3.

Geographical information systems - 4.D4.5.

Georgian gold - 4.B3.23.

Globalization - 4.A3.1.

Grinder - 4.C5.6.

Hot regeneration - 4.B2.54.

Hydroclimatic resources - 4.B4.2.

Hydroenergetics - 4.C1.4., 4.C1.5., 4.C1.6.

Hydrometallurgical treatment - 4.B2.28.

Information technologies - 4.A5.2.

Injective dislocations - 4.B3.17.

Innovation management - 4.D1.1.

Intensification of regeneration - 4.B2.53.

Intuitive algorithm - 4.D4.6.

Investigation of clastic dikes - 4.B3.5.

Investigation of glymes - 4.B2.50.

Investigation of hydrides - 4.B2.49.

Investigation of ostracodes - 4.B3.20.

Investigations of amigdala - 4.B5.4.

Light industry - 4.C6.1., 4.C6.2.

Liquidity management methods - 4.A3.3.

Lithology - 4.B3.14., 4.B3.15.

Log skidding - 4.C5.9.

Lower Jurassic sediments of Kakheti - 4.B3.22.

Magnesium halides - 4.B2.48.

Mapping of volcanic rocks – 4.B3.9.

Mathematical modelling - 4.D4.1., 4.D4.7.

Mathematical planning - 4.B2.46.

Measuring devices - 4.C5.11.

Medicine - 4.C13.1., 4.C13.2.

Membranotropic action - 4.B2.57., 4.B2.58.

Metallurgy - 4.C4.1., 4.C4.5.

Meteorology - 4.D2.11., 4.D2.14., 4.D2.21., 4.D4.2.

Microfinance market - 4.A3.4.

Mitochondrial lectin - 4.B2.4.

Model correlators - 4.B1.3.

Modelling - 4.D2.5.

Molecular structure of jet - 4.B3.10., 4.B3.11.

Monetary policy - 4.A3.2.

Monetary policy - 4.A3.7.

Mountainous regions - 4.B4.11.

Nanocomposites - 4.B2.42.

Neurons of basal nucleus - 4.B5.2.

Non-traditional food raw material - 4.B2.26.; 4.B2.27.

Oil mains - 4.C1.11., 4.C4.3.

Oil product pyrolysis - 4.B2.29.

Optimization - 4.C5.7.

Optimization of a variable structure system - 4.B1.6.

Organic solvents - 4.B2.52.

Organophilization - 4.B2.44.

Oxidation of stibium oxide - 4.B2.11.

Paleogene system difficulties - 4.B3.21.

Particle producing models - 4.B1.2.

Perfection of the budget system - 4.A3.11.

Peroxide compounds - 4.B2.14.

Perturbation of an orthotropic half plane - 4.B1.1.

Pesticides - 4.B2.59.

Plastificators - 4.B2.17.

Polymer composition - 4.C4.4.

Polymeric containers - 4.C5.4.

Power transformers - 4.C1.3.

Production waste - 4.B2.55., 4.B2.56.

Prognosis - 4.D2.10.

Protection of safety - 4.D2.27.

Push-pull inverter - 4.C5.3.

Railway automatic devices - 4.C3.1.

Reforming of the research -4.A5.2.

Reprocessing - 4.B2.60.

Social system - 4.A2.1.

Soil salinity - 4.C9.1.

Sound proofing - 4.C8.2.

State and economy - 4.A3.5.

Statistical analysis - 4.D3.1., 4.D3.2.

Structural peculiarity of bio-complexes - 4.B2.9.

Study of electrоnic structure - 4.B2.13.

Study of heat capacity - 4.B2.21.

Study of parameters of the Black Sea water - 4.B2.33.

Study of tectonic activity - 4.B3.13.

Synthesis - 4.B2.39.

Synthesis of complex compounds - 4.B2.10.

Synthesized compounds - 4.B2.12.

Thermal explosion technology - 4.B5.1.

Thermo-analytical research - 4.B2.41.

Thermoelastic prismatic shells - 4.B1.5.

Thermo-gravimetric investigation - 4.B2.45.

Tourism - 4.C11.1., 4.C11.2.

Training scientific personnel - 4.A4.1.

Transformers - 4.C2.1.

Transport - 4.C12.1., 4.C12.2., 4.C12.4.

Traverse dynamometer - 4.C1.10.

Tuff biologic activity - 4.B2.3.

Ultrasound instrument - 4.C5.1.

Variable exponent Morrey spaces - 4.B1.7.

Vegetative extracts - 4.B2.51.

Water economy - 4.C10.1., 4.C10.2., 4.C10.2., 4.C10.3.

Water ponds - 4.D4.4.

Water purification - 4.B2.30.

Wells - 4.B3.25., 4.B3.26., 4.B3.27.

X-ray structural study - 4.B2.8.