Creation of a Multiwave Lidar for Atmospheric Pollution Monitoring.
Creation of a Discharge-pumped Excimer Laser with High-pulse-repetition Rate
Investigation of Fiber Optic Properties in the Strong Radiation Fields
Specialized Mass Spectrometers for Analysis Tritium Gas Mixed in "In-line" Mode
Development of a Super-Intensive Pulsed Neutron Source for Physics Research RIN-10 on the Basis of the INR RAS Accelerator-Storage System
Start-up, Neutron Fueling and Material Problems of a Spherical Tokomak reactor
Development of Laser Installations and Methods for Laser Treatment of Oncological and Infectious Disease and Radiation Lesions
Creation of a Database on Ecological and Radiation Safety under the Interaction of Hydrogen and its Isotopes with Constructional Materials of Energy Devices
Development of Industrial Technology of Magnetic Properties of Electrotechnical Materials Improvement by Pulse - Periodic CO2 - Laser Radiation
Development of Explosive and Fissionable Substances Detection Complex Based on High Frequency Linear Accelerator of Hydrogen Ions
Development of the Portable Alpha-Radiometer with a Silicon position-Sensitive Detector and with Visualisation of a Density Distribution of Alpha-Active Nuclides on an Inspected Surface
Creation of Stable Carbon-13 Isotope - Labeled Preparations and Their Application in Practical Medicine
Creation of Biologically Active Preparations by Laser Technologies
Research into Ways to Increase the Efficiency of Short-Pulse Excimer Lasers with E-Beam Pumping
Creation of a 5–50 nm Coherent Radiation Source with the Discharge-Laser Formation of Active Medium for Microelectronics and Medicine Applications
Feasibility, Technological Development and Shock Hydrodynamic Modeling of Liquid Metal Targets in High Magnetic Fields for Nuclear Physics, High Energy Physics and Fusion Energy Applications
Development, Manufacture, Tests and Introduction into the Oil and Gas Industry of the Electrohydroimpulse Action Equipment Affecting upon Productive Oil and Gas Layers Aimed at Magnification of Yields of Productive Wells. Preparation for Serial Production
Development and Investigation of Pumping Systems for Solid State Lasers Based on Semiconductor Laser Bars and Stacks
Investigation of Processes of Fullerens Production and Development of New Methods of Production
Development of Centrifuge Pellet Injector for Fuelling Tokamaks and Stallarators
The International Science and Technology Center (ISTC) is an intergovernmental organization connecting scientists from Kazakhstan, Armenia, Tajikistan, Kyrgyzstan, and Georgia with their peers and research organizations in the EU, Japan, Republic of Korea, Norway and the United States.
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.