Investigation of non-thermal Possibilities of Origin of the Superconductivity in High-Energy Pulsed High-gamma-neutron Fluxed.
Development of Acceleration Method for an Intensive Ion Beam.
Theoretical and Practical Elaborate the Scheme of the Thermodinamical Calculation of the Equation of State of Matter
CRYSTAL: Systematic Ab Initio Calculations of Cold (T= 0K) Compression Curves for Chemical Elements and Some Compounds
Investigation of Hyper-velocity Impact of Solid Particles to Barriers
Hydrogen in Structural Materials Conducting with High Temperature-High Pressure Steam
Mesoscopic Phenomenon in Disordered Si-based Structures at Neutrons and Gamma-rays Irradiation
Studies of Structural Changes of Solid State Bodies Under Ultra-High Pressure Test Explosions with Sample Preservation
Anomalous Behavior of Magnetic Permeability and of Electromagnetic Wave Propagation Velocity and Reflecance in the Region of Magnetic Phase Transitions
Study of Aftereffects of Nuclear Decay of Co-57 in Cobaltates and Ferrates of Rare earth Elements to Expand the Advantages of the Emission NGR Spectroscopy in the Investigation of Complex Oxides of Rare Earth and Transition Metals and Prediction of Proper
X-ray Diffraction Study of Crystals Phase Transitions at Fast Deformations
Publication of Monograph "Shock Waves and Extreme States of Matter"
Integrated Database on Material Properties at High Pressures and Temperatures
Data Bank on Phisical-Mechanical Properties
Physical Processes of Anomalistic Penetration of Micro-particles into Solid Bodies.
Development of Theoretical Basis of Heterogeneous Materials Heat Conductivity Verification of Obtained Relationships
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
Revealing of Ordered Intermetallic Based Construction Materials Phase Structure States and Radiation Defects Evolution Legitimatise under Doping, Mechanical, Thermal and Radiation Effects
Development of New Scintillators with High Light Yield for Use in Nuclear Physics and Medicine