Electronics of organic materials.
New forms of condensed carbon: quasi-two-dimensional graphites and fullerenes.
Preparation of structurally uniform poliazaporfines and network polymers of propiolate and propargilate type for development of new functional materials and sensors.
High-Molecular Compound Separator for Bio-Medical Purposes.
The Role of Kinetic Factors in the Formation of Network Polymers and Related Materials.
Development of the System of Ecotoxicological Control in the Territories Subjected to Radioactive and /or Chemical Contamination (Including of Mass Weapons Destruction)
Analytical Gamma-Resonance (Mossbauer) Molecular Spectroscopy
Development and Design of New Polyfunctional Compounds and Materials for Radiation Hygiene and Medical Prophylactics. A stage #1. Edited and coordinated workplan
Development and Design of New Polyfunctional Compounds and Materials for Radiation Hygiene and Medical Prophylactics. Stage #2.
Chemical Tagging of Explosives
#1585Satellite Gas Sensor
Conception Development of New Generation Sensor for Greenhouse Gas Monitoring from Space Using High Resolution Infrared Spectrometry
Development of the Photochemical Membrane Process for Obtaining Oxyderivatives of Steroid Olefins with Use of Porphyrins and their Derivatives as Catalysts
Chemical Micro-sensors with Polyazaporphine Sensitive Layers
Development of the Systems on the Base of Porphyrins Immobilized on Polymer Carriers Providing Controlled Generation of Singlet Oxygen to Carry out the Photodynamic Therapy of Cancer
Development of Methods of Synthesis of Functional-Replaced Amines and Creation on their Basis Antiarrhythmics of New Generation
Development of the System of Ecotoxicological Control in the Territories Subjected to Radioactive and/or Chemical Contamination
Investigation of Influence of Unsteady Wave Processes on Mixing, Combustion, Operation Stability and Performances of Model Gasdynamic Devices
Perspective and Ecological Pure Technology of Gas-Dynamic Opening of Oil Containing Seams for Purpose of Intensification of Hydrocarbonic Fuel Production
Research and Development of Photoelectrochemical Light Energy Converters Based on Organic Semiconductors Using the Principles of Photobionics
Fast High-Temperature Surface Processing of Different Materials by Using Superadiabatic Gas Compression Ballistic Plasmatron
Light Converting Polymeric Materials for Agriculture on the Basic of Rare-Earth Elements
Shungit Filled Polymers for Artificial Bone Articulations
Recycling, Modification and Recovery of Natural and Synthetic Polymer Waste by Shear and Shock-Shear Strains
Development of Surface Treatment and Coatings Technology by a Homogeneous Dense Plasma Generated in Ballistic Plasmatron of Superadiabatic Gas Compression
Energy-Efficient Technology for Recycling of Tire Rubber Using Explosive Cutting Followed by Shear Grinding
Multifunctional Nanostructured TiO2 Films on Polymer Materials with Self-Cleaning, Disinfection and Antifog Abilities
Tagging of Commercial Explosives
Development of Composite Polymer Coatings Based on Natural and Synthetic Polymers, Containing Complexes of Porphyrins with Amphiphilic Polymers, for Photodynamic Therapy of Skin Burns and Festering Wounds
Research of Chemical and Phase Transformations in Thin Layers and Nanoparticles under Exposure of Homogeneous Dense Plasma of Compression
The Remote Plasmachemical Sterilization of Environment Objects. The Energy Transport and Activation Mechanisms
Modeling of Primary Stages of Photosynthesis on the Basis of Nano-Sized Supramolecular Systems
Development, Fabrication and Laboratory Testing of New Resonance Mechanical Traps for Protection of Buildings and Engineering Structures against Explosions, Earthquakes
Development of Novel Metal-Containing Nanocomposites with Dielectric and Magnetic Properties: Sensor and Spintronic Applications
Production of New Types of Continuous Mineral Fibers and their Application in Polymer Composite Materials
Novel Efficient Metal-Containing Energetic Materials for Underwater Explosions in Industry