Experimental and Theoretical Investigation of Filtration Ignition and Development of a Set of Criteria of Fire and Explosion Safety at Some Industrial and Agricultural Enterprises.
Creation of Scientific Grounds, Techniques and Technologies for the Transformation of the Explosive 2,4,6-Trinitrotoluene (Trotyl, TNT) into valuable Civil Products (Polymeric Materials, Dyes, Biologically Active Compounds, etc.).
Development of Environmentally Benign Safe Technologies for Reclamation of Explosives from Ammunition
Conversion of the Research and Development System "Investigation of Thermal Explosion of Propellants, Gunpowders and Explosives" to the Research and Development System "Thermal Safety of Chemical Processes and Technology"
Study into Kinetics of Chemical Decomposition Reactions of Energetic Materials to Improve Franck-Kamenetsky Model
Development of Physicochemical Principles and Technology for Utilisation of Large-Scale Composite Solid Rocket Propellant Charges
Designing of the Universal and Harmless to Nature Factory for the Utilisation of the Armaments, Equipped with TNT and Cast Explosives Mixtures by Means of Elution of the Explosive with the Liquid Heat-transfere Agents
Study of Peculiarities of Small-Size Industrial Shaped Charges' Jet Formation, Evolution and Penetration into Various Materials
Investigation of Initial Stages of Explosive Decomposition of Energetic Materials by Methods of Radiation Solid State Physics
Elaborating the Monograph "Useful Explosions"
Detection of explosives by gamma-activation method
Synthesis and Investigation of the Metal Oxide Catalysts for Photocatalytic Degradation of Harmful Gases Resulted from Terrorist Acts and Man-Caused Catastrophes
On the Capability of Liquid Homogeneous Materials to Detonate
Development of Technology and Creation of Industrial Explosives on the Basis of the Utilized Ammunition
Automated System for Protection from Accidental Explosions in Underground Structures
Technology and Devices for Hardrock Destruction by Continuos Blasting with Oxygen and Hydrogen Charges
Novel Efficient Metal-Containing Energetic Materials for Underwater Explosions in Industry