Atomic and radiation processes in plasmas, gases and solids
#0159-2GLOBUS-M (Add 1)
#0159-3GLOBUS-M (Add 2)
#0159-4GLOBUS-M (Add 3)
Commissioning of Globus-M installation and collaborative fusion research with NSTX
g-ray Spectroscopy of Tokamak Plasmas.
#0161-2Spectroscopy of Tokomak (C)
g-ray Spectroscopy of Tokamak Plasmas.
Erbium-Doped Silicon. New Semiconductor Material for Nonlinear Optics.
New Approach to Laser Diagnostics (LIDAR and LII techniques).
Development of High Temperature Radiation Hardened Silicon Carbide Field-Effect Transistor.
Development of the Instruments for Optical 3D-Intrascopy-Medical Optical Tomography.
#0314-2Wave HF Plasma Heating
Construction of the High-Frequency System for Plasma Heating (VOLNA)
Development of Technology of Production of Some Temperature and Radiation Resistant sic-based Semiconductor Structures
Alpha Particle Diagnostics and Data Analysis
Fusion Products Measurements and Elementary Atomic Process Studies.
#0486First Wall Materials
Investigation of Structure and Mechanical Properties of Perspective Structural Materials for the First Wall of the Thermonuclear Reactor after the exposure of Ion Beams, Plasma Radiation of Laser Range and Dynamic Loads Modeling the Plasma Attack...
Superpower Semiconductor Switch Based on Reversed Switched Dinistor
Investigation of the Elementary Processes Acting on Production and Transport of Intensive Beams of Negative Hydrogen Ions
Physics and Technique of Nanometer Scale IC Element Formation Processes Based on the Interaction of Intensive EUV Radiation with Matter
Advanced Diagnostics Array for Spherical Tokamak Globus-M
Development of Production Methods and Research into Properties of Isotopically Pure Semiconducting Materials for Use in Modern Technologies
Atomic Data: Photon Absorption, Electron Scattering, Vacancy Decay
Ferroelectric Film Structures for Application in Radioelectronic Devices
Investigation of Isobaric Multiplets of Light Nuclei with T=2 Near Neutron-Decay Thresholds Using Tritium Beam
Investigation of Formation and Development of the Fracture Nucleation Site in Rocks Aimed at Prediction of Seismic Events
Study on Application Capability of Laser Propulsion in a Space
Development of Samarium Sulfide Based Semiconductor Technology and its Usage while Serial Fabrication of Primary Semiconducting Transducers
Light Emitting Rare Earth Doped Si-based Structures for Optoelectronics
Development of a Laser-Ultrasonic Method and Appropriate Experimental Apparatus for Detection of Structural Deterioration and Defectiveness of Steel Aiming at Increase of Safe Work of Nuclear Power Stations (NPS)
New Prospective Materials Based on Wide-Gap Ionic Semiconductor CdF2 for Emitters, Memory Cells, and Holographic Elements
Creating the High Current Low Voltage Rectifier on a TEC Basis (TEC-Rectifier)
Investigation of Processes of Fullerens Production and Development of New Methods of Production
Asymmetric III-V/II-VI Hybrid Quantum Well Heterostructure Lasers for Mid-Infrared Spectral Range
Apparatus for Measurements of the Hydrogen Isotope Composition (Hydrogen, Deuterium and Tritium) and the Studies of Isotope Effects in Hot Plasmas
Optimization of the Test Technology of Production of Highly Enriched Silicon Isotopes for Semiconductor Quality Crystal Growth
Complex Investigation of Aggregation of Carbon Nanoparticles and Their Role as Basic Elements of Nanotechnology in Systems: Shungites, Aqueous Dispersions of Shungites
Study of SiC Irradiated with High Energy Particles to Create High-Temperature Radiation-Resistant Detectors of the Ions and Nuclear Particles
The Catalytic Technologies Based on Ensembles of Immobilized Nanoparticles
Developing 2D (Dual-Parameter) Methods and Means of Polarization Spectroscopy for Estimating Glucose Concentration in Vivo and Creating Artificial Pancreas
Spectrometric Position-Sensitive Detector of Electrons with Base Energy Shift
Novel Optical Element – Holographic Prism Based on Fluorite Crystal with Quasi-Colloidal Color Сenters
Physics and Techniques of ArF Excimer Laser Projection System Diffraction Limit Overcoming by Means of the Nonlinear Effects
Enhancing Functional Efficiency of Polyimide Films by Forming Nanocomposites, Metal Ion Doping and Chemical Modification
Multi-Functional Semiconductor Radiation Detector
Development of Energy-Saving and Effective Diamond Production Technology
Precision Analytical Instrument for High Spectral/Temporal Resolution Spectroscopy
Oxide Nanointerface Engineering and Study for Electronic Quantum Device
Electron Beam Pumped Lasers of Visible and Ultra-Violet Ranges Based on Quantum-Size Semiconductor Heterostructures
New Materials and Heterostructures for Conductometric Sensors of Fluorine and Hydrogen Fluoride
Research and Technology Development of Matrix Array Detectors for Extreme Ultraviolet Spectral Region
Research and Development of Advanced Diagnostics for Divertor Plasma in the KTM Tokamak
Key Technologies of Super-Resolution EUV Nanolithographic System Based on High-Effective Laser-Produced Plasma Source.
Simulation of the Low-Dimensional State of the Matter in Experiments on Excitons in High and Ultra-High Magnetic Fields
Creation of a High-Current Low-Voltage Thermionic Rectifier with the Phase Control of the Output Voltage
Photoelectrical and Optical Properties of Composites Based on Nanostructured Metals in a Matrix of Oxy Compounds in the Infrared Spectral Region
Complex Investigation of Low-Intensive Optical Radiation Interaction with Aspherical Metal Nanoparticles and Their Planar Structures Ordered in Various Manners
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ISTC facilitates international science projects and assists the global scientific and business community to source and engage with CIS and Georgian institutes that develop or possess an excellence of scientific know-how.