System design for safeguarding nuclear materials utilized at complex nuclear facilities.
Development of an installation to detect explosives in luggage and postage packages based on pulsed neutron and X-ray generator.
Development of Gamma-ray Diffactometry Method and the Equipment for Non-destructive Dislocation Density Control in Massive Quartz Crystals
Development of Industrial Transportable Neutron Defectoscope for Control of Materials and the Most Important Items in Aircraft, Space, Fuel and Atomic Industries.
Research and Development of an analog microelectronics component basis for radiation detector signal processing in experimental nuclear physics, reactor control and safety systems, fissionable materials supervision and registration
Development of Tritium Targets for Small-dimension Sealed Neutron tubes with High Reliability ("INTEGRITY").
Superstrong Subnanosecond Electromagnetic Field Generation.
Development of Methods and Pilot of Equipment for Use in Systems of Detection of the Presence and Identification of Radioactive and Fissionable Materials.
Development of Methodological and Information-Technical Principles of Designing Diagnostic Multichannel Electroencephalografic and Electrocardiografic Systems with Telemetering Communication Channel which are Fixed on a Patient...
Development of the Procedure and X-ray Equipment for Repeated Nondestructive Inspection of Criptohardened Against Unauthorized Opening
#0528X-ray TV Monitor
Development of X-ray TV System in Complex with Radiation Monitor for Providing Physical Protection of Fission Materials.
Development of Technology of Non-destructive Identification of Fissile Materials in Control Stations
Development of Construction Concepts for Computerized Control, Monitoring and Diagnostic System for Nuclear Power Plants with Improved Safety.
#0618Dose Load Reduction
Medical X-ray Image Digital System with Large Image Area, Enhanced Image Quality and Reduced Patient Radiation Dose.
Development of Technology and Means for Non-destructive Assay of Chemical Weapons and Capacities with Toxic Chemicals Using Radiation Method with Portable Neutron Generator Use
#0899Dense Plasma Focus
The Physical Processes Investigation of the Creation of Dense Plasma Focus (MPF) Having the Neutron Yield with Low Stored Energy of Power Supply and the Construct the Compact Pulsed Neutron Generators on its Basis
Development of an Apparatus for Nuclear Material Control Using a Pulsed Neutron Generator
The Development of an Apparatus to Detect Explosives and Drugs using Nuclear - Physics Methods
Micro-Electronic Radiation Technological and Testing Laboratory -"Lira"
Research and Development of the Neuron-Like Microelectronic Component Basis with Data Compression for fast Pattern Recognition Systems in Experimental High Energy Physics, Atomic Stations Robotics, Interactive Computer Systems (NEURON)
Development of a Nuclear Materials Control and Accounting System Model for Complex Nuclear Facilities
Study of Metal Tritides
Technology of Nuclear Materials Identification with the Help of the Equipment Measurement-control Complex and Development of Commercial Proposal on its Application
Development of Fast Neutron Radiography and Tomography Methods Based on a Portable Equipment
Development of the Technology for Prompt Control and Identification of Uranium and Plutonium in Containers with Application of a Non-Destructive Method on the Basis of a Russian Portable Rapid Inventory Confirmation System
The Development of an Equipment to Predict Regions and Dates of Nature Catastrophes (Earthquakes, Typhoons, Tsunami, etc.) Using Research of Ion Plasma Beam Dynamics in the Ion Sphere of the Earth
Detection of Hidden Objects by Their Dielectric Properties
Development of Electroencephalografy (EEG) Technology of Early Diagnostics of Nervous-Mental Diseases (NMD), which is Based on the Method of Spatial Synchronization of the Cerebrum Brain Electric Processes (SYNCRO-EEG); the Method is Implemented by the Po
Development of the Universal Technology for Diagnostics of Cardiovascular System (CVS) Diseases Based on the Russian Multi-Channel Electrocardiotopograph with Telemetering Communication
Development of a Dual Gamma-Neutron Detector Based on Xenon and He-3 Gas Mixture for Identification of Radioactive and Fissile Materials
Digital Technology for the Detection and Control of Fissile Materials in Devices with Pulsed Neutron Sources
Development of experimental Prototype of Equipment and Measuring Technique for Control of Subcriticality of Neutron Multiplying Systems
The Development of Methods and Apparatus for Cancerous Growth Diagnostics and Therapy on the Base of Neutron and X-Ray Radiation Pulse Generator
Development of Experimental Model of Portable Device for Identification of Explosives Hidden in Soil and Buildings by Tagged Neutron Technology
Development of Prototype System for Neutron Radiographic Control of Heavy Metal Containers
Activity Arrangement for Entering the High-Tech Market with Enhanced Data Acquisition System Modular Blocks
Experimental Tests of Plasma-Facing Materials Designed for Thermonuclear Fusion Reactors (Be, W, CFC) under Hot Deuterium-Tritium Plasma and Fast Ion Beam Irradiation
Development of the Concept on Improving the Normative and Legal Regulation on Combating Illicit Trafficking of Nuclear and Radioactive Material in the Russian Federation
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.