Prediction of an Indicatrix of an Earth Natural Radiation Proton and Electron Flow on Surface of Orbital Space Vehicles.
On the Creation of a Continuous Narrow-Band Plasma-Chemical Excimer UV-light Source of 0.1- Okw Power.
Radiation Gasdynamic and Thermal-Mechanical Investigation on Optimizing of Technological Quantum Optical Generators (QOG) Parameters.
Development of Engineering Proposal to Create Rocket and Space Complexes on the Base of Decommissioned Ballistic Missiles for Carrying Out Tropical Cyclones Research.
Development of a New Technology for the Reduction of Vehicle Drag.
Development of Superhigh Pressure and Temperature Power System for Gasdynamic Investigation.
Development of Methods for Nitric Oxides Emission Reduction in the Process of Natural Gas Combustion.
Perfection of Methodology and Development of Optimal Technique for Multilevel Ecological Monitoring Based on Integrated Use of Manned Spacecraft, Aircraft and Ground-based Means for Geoinformation
New Generation Global Low-Earth-Orbit Satellite Communications: Concept Definition and Development of Scientific-Technical and Technological Fundamentals
Space Technology for the Centralized Emergency Control. (Monitoring of Nuclear Power Facilities for the Normal Operation and Emergency; Monitoring of the Nuclear Sites' Influence on the Radiation Situation and Other Ecological Factors).
#1173Self Guided Platform
Development of Universal Self-Guided Platform for the Automation of the Assembly Work on the Earth and in Space
Development of the Processing Schemes, Algorithms and Software for Automated Recognition and Interpretation of Multizone Air-Space Images to Solve a Wide Range of Thematic Problems
Adaptation of the High-temperature Rocket Technology of Neutralization of Super Toxic Agents to Mobile and Stationary Complexes (Introduction of the Results of ISTC Project #265)
Development of the Concept of Ecologically Safe Energy System Based on Solar Energy Concentrated from Space
The Influence of Highly Turbulent Plasma Formations in the Earth Environment on Propagation and Information Parameters of Radio Signals Used for Communication with Space Missiles and for Monitoring their Movement
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
The Global subsystem of increasing personal defense in extreme situations - “RODONIT”
Development and Manufacturing of the Automatic System for the Measurement of Micro-Accelerations on Manned Space Complexes
Experimental Investigations of Dependence of Radioactive Decay Characteristics and Changes in Crystalline Structures from Cosmophysical Factors
Determination of Fragmentation Conditions and Parameters for Small-Scale Space Bodies Experiencing Action of Kinetic Bodies
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.