Feasibility study of technologies for accelerator based conversion of military plutonium and long-lived radioactive waste.
An energy fusion system concept based on heavy-ionity driver.
Spallation Experiment with Tungsten Target.
Biomedical and Analytical Aspects of the Chemical Safety of Biosphere.
╩Astroneutron╦: Theoretical and Experimental Investigations into Neutron Cross-Sections of Neutron-Enriched Nuclei Capture and Fission, Creation of a Data Bank and Simulation of Natural Nucleosynthesis Processes.
Non-equilibrium Radioactive Transfer and Kinetics of Nuclear Reactions in the Theory of SUPERNOVA Stars.
Photoelectronic Devices for High-Energy Physics and Medical Tomography
Shut down Reactor Transformation into Subcritical Neutron Source. Control and Safety System Substantiation and Development.
Atom Probe Field Ion and Scanning Tunneling Microscopy of Defects and Structure Phase Transformations in Metals and Alloys while Impulse and Stationary Irradiation by High Energy Particles.
Spallation Experiments with Cylindrical Targets Irradiated by Medium-Energy Protons.
Design and Construction of a Powerful CO2 -Laser for CERN Heavy Ion Laser Preinjectior.
Investigation of New Concept of Energy Source Based on Fusion Reactions.
Development of a Research Technique for Investigation of Fundamental Problems of parity Violation and Time Reversal Invariance.
Development of a Research Technique for Investigation of Fundamental Problems of Parity Violation and Time Reversal Invariance
Cherenkov Quartz Calorimeter
Study of Gas- and Molten-Fluoride Separation and Transmutation for Accelerator Based Plutonium Disposition and Nuclear Waste Treatment
Polycrystalline Powder and Monocrystal Synthesis of Cerium Trifluoride for Detectors
Multichannel Computerized System for the Measurements of 3D Medical Proton Beam Dose Distributions
Design, Manufacture and Test of the Prototypes of Accelerating Structures for Reliable Radiation-clean High Power Proton Linac
Experimental and Theoretical Study of the Yields of Residual Product Nuclei Produced in thin Targets Irradiated by 100-2600 MeV Protons
#0839-2Residual Product Nuclei
Experimental and Theoretical Study of the Yields of Residual Product Nuclei Produced in Thin Targets Irradiated by 100-2600 MeV Protons
Image-based Codes for Study of Ion Linac Physics
Development and Investigation of Prototypes for Gas-Filled Plane-Parallel Chambers, Realizing Time-of-Flight Detector for the Project "Alice" (LHC, CERN) and Other New Generation Experiments
Equipment and Materials for Oncology (Generator System for Injections in PET Diagnostics, Pasteups for Local Delivery of Medical Agents to Disease Hotbed)
Research on Powerful Heavy Ion Fusion Facility Based on Accelerator Developments in Europe and Russia
Nuclear-Physics Investigations Aimed at the Solution of Weapon Plutonium Conversion and Long-Lived Radioactive Wastes Transmutation Problems
Neutron- and Heat- Physical Experiments with Cylindrical Targets Bombarded with Medium-Energy Protons
Measurement and Analysis of Fission Cross Sections of Heavy Targets Induced by 30-3000 MeV Protons
Model of Liquid Electronuclear Target with Supersonic Wind Shutter
Development of Engineering for Measurement of Time of Flight for Identification of Charged Particles in Nuclear Physics and for Applied Purposes
Development of Technology for Creation of Neutrino Source on the Basis of 51Cr Isotope with Activity not less than 8 MCi, Using an L2 Heavy Water Reactor for Calibration of Solar Neutrino Detectors
Development of the Pressing and Punching Technics for the Manufacturing of Particle Detectors
Design and Creation of the Working Prototypes of the Cathode-luminescent, Lightly Effective, Ecologically Pure Light Sources for Different Purposes, Utilising the Phenomenon of the Field Electron Emission of the Nanoclucter Carbon Structure
Neutrino Mass Search (2Betta0v-decay of 150Nd)
Revealing of Ordered Intermetallic Based Construction Materials Phase Structure States and Radiation Defects Evolution Legitimatise under Doping, Mechanical, Thermal and Radiation Effects
Development of an Original, High-Sensitive, Express Method for Biological Objects Identification and Control in Water Environment Using Scanning Probe
The Development of Data Base and Servers on Technologies for the Nonmilitary Fields
Experimental Study of Fast and Fast-Thermal Accelerator Driven Systems on the Basis of BFS-1 – Microtron Complex
The Diagnostic Complex Development for Fundamental Characteristics Researches of Heavy Ion Beams Interaction with Matter
Method Development of Essential Increase of Gamma-Resonant Spectroscopy Resolving Power and of New Type Gamma-Sources Design for Use in This Field
System Analysis of Uncertainties of Nuclear Safety Characteristics for VVER Reactors with Various Fraction of MOX Fuel in the Core
Development of Models and Software to Study and Register Interactions between High-Energy Particles and Matter
Development of a Solid Hydrogen Target to Study the Nature of Scalar Mesons
Experimental and Theoretical Studies of the Yields of Residual Product Nuclei Produced in Thin Pb and Bi Targets Irradiated by 40–2600 MeV Protons
Experimental and Theoretical Study of Thermophysical Properties of Uranium Dioxide (UO2) and Other Materials Related to the Problems of Nuclear Power Plants Safety
R&D Studies for Growing Long CeF3 Crystals to be used on Calorimetry in the E391a Experiment (KEK, Japan)
Investigation of New Materials for Electronics and Medicine by Magnetic Resonance Methods
New-Generation Eco-Friendly High-Power Ion Linear Accelerators
Experimental Researches of Nuclear-Physics Characteristics of Materials Essential for the Processes of Weapon Plutonium Utilization and Radioactive Wastes Transmutation
Technology Development and Production of Silicon-On-Insulator (SOI) Structures by the Bonding of Wafers Using the Radiation-Induced Gas-Stimulated Splitting Method
Impact of Heavy Ion-Induced Radioactivity and Secondary Neutrons on Biosphere and Environment: Experiments and Long-Term Predictions
Neodymium Isotopes Separation for Searching the Neutrino Mass (2-beta-0-nu-decay of Nd-150)
Investigations of Mechanisms of Damaging and Microstructure and Properties Evolution of Materials in Conditions of Impact of Extreme Ionizing Radiation Pulse Fluxes for the Purpose of Radiation-Thermal Resistance Increase
Two Dimensional Protein Arrays with Regular Structure for Analytical Biotechnology
Study of the Characteristics of High-Energy Proton-Induced Gamma Ray and Neutron Emissions from Materials that Imitate Surfaces of Planets
Alvarez-Type Accelerating Structure for Room-Temperature Part of the CERN SPL Project
Development of a Remote Method for Bacteria Detection with Using Mass Spectrometry
Developing, Creating and Beam Testing Of The Calorimetric Modules for the New Generation Colliders
Bionanotechnological Analysis of Affine Surfaces
Experimental and Theoretical Study of the Residual Nuclide Production in 40-2600 MeV Proton-Irradiated Thin Targets of ADS Structure Materials
Technology Development for Growth of Large Volume СаМоО4 Scintillation Сrystal for Double Beta-Decay Experiment in Yang-Yang Korean National Laboratory
Prototyping of the Nanosecond Micro-Radiography Technique for the Bio-Objects Testing in Active Condition to Study Radiation Resistance and to Compare This Method Self-Descriptiveness with Scanning Probe Microscopy
Modernization of a Treatment Planning System for Proton Therapy (Development of Monte Carlo Codes, Databases, Treatment Planning System Verification, Verification of Complicated Treatment Plans)
Comparative Study of ADS-burners with Fast, Intermediate and Thermal Neutron Spectrum for Radioactive Waste Transmutation
Experimental Investigation of the Efficiency of Cancer Therapy by Carbon Ions at the TWAC-ITEP Facility
Development of Prototype System for Neutron Radiographic Control of Heavy Metal Containers
Generating System for Synthesis of Labeling Compounds on the Basis of Ga-68 and Transdermal Applications for Diagnostics and Therapies at Oncological and Cardiovascular Diseases.
Study of Irregular Heterogeneous Effects in an LWR-Type Reactor Core
Development and Manufacture of a Preproduction Model of ALVAREZ-Type Accelerating Structure for a “Warm Part” of Linear H- Ion Accelerator to be Installed and Tested as a Component of LINAC-4 in CERN
Experimental and Theoretical Study of the Residual Nuclide Production in 40-2600 MeV Proton-Irradiated Thin Targets of ADS Basic Materials
A Super-Pure Niobium Structure Optimization and Development of the Technology of the Super-Pure Niobium Production for Linear Accelerator Superconducting Cavity Fabrication
First Growth of the CaMoO4 Crystal with Mo-100 for Double Beta Decay Search in YangYang Underground Laboratory
Development and Production of Multichannel Measuring System with CVD-Films for Clinical Dosimetry
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.