Studies Relative to Creating Reaction Engine with Microwave Power Supply
Design and Study of New Radiation Stable Materials for Use as Scintillators for Radiation Control
Development of High Temperature Radiation Hardened Silicon Carbide Field-Effect Transistor.
Development of Surface Modification Techniques for Superhard Materials.
Development of New Methods of Laminar Flow Control and Turbulent Drag Reduction.
Ecological Aspects of the Impact of a Supersonic Civil Aircraft (SST) of the Second Generation of Environment . Methods of Reducing Sonic Boom, Community Noise and the Supersonic Civil Aircraft Impact on the Ozone Layer.
Problems of Investigation of Aircraft Vortex Wake Evolution and Flight Safety.
Development of Silicon Carbide Semiconducting Material for a new Generation of Radiation Hardened and High Temperature Sensors and Electronics.
Theoretical Investigation of Production Possibility of Metallic Hydrogen and its Physical Properties at Low Temperatures
Studies of Quark Confinement Based on Exact Solutions of the Classical Yang-Mills Equations.
Development of Industrial Transportable Neutron Defectoscope for Control of Materials and the Most Important Items in Aircraft, Space, Fuel and Atomic Industries.
Estimation of perspectives for ash microspheres production at coal burning thermal power stations , development of methods for their quality certification. Creation of a database for ash microspheres in Russian Federation.
Automatic Tunable CO2 - Laser.
#0220Fast Sodium Reactors
Studies of Physics and Engineering Problems for Safety Increase and Burning of Actinides Efficiency for Advanced Fast Reactors.
Magnitized plasma Heating Research in MHD-Nozzle Device.
Studies of Blast Wave Selfsimilar Perturbations.
Development of Single-Sector, Rapid-Growth Technologies for Production of Water Soluble Crystals.
Study of the Shock Compressibility Character of Matter from the Standpoint of Crystal Lattice and of Phase Transitions by Means of Flash X-Ray Analyses.
Optical Materials and Methods of Treatment of High-Precision Optical Parts.