Design of a Large Astronomical Adaptive Telescope of New Generation with Segmented Primary Mirror with 10 Meters in Diameter.
#0404Ozone layer Study
Active-method Study of the Effect of Man-related Reactors on the Ozone Layer.
Ecological Monitoring Using Multifrequency IR laser. Matematical Modelling and Feasibility Study.
Investigation of Interaction of Laser Radiation with Radioactive Deposits on the metal Surface and Creation of Experimental Stand for Development of Laser Technology for Remote Treatment of Materials Contaminated with Radioactive Substances at the Atomic
Principles Construction Development of the Ground Optical Aperture Synthesis System for the Technogenic Pollution Control of Near Space and Earth Shielding from Dangerous Space Objects
Investigation of Nonthermal Destruction of Malignant Tumors by Laser Radiation at Different Wavelengths
Development of a Technology of Growing Mercury Thiogallate and Cadmium-Mercury Thiogallate Nonlinear Crystals for Optical Parametric Oscillators of the Middle Infrared Range Pumped by 1 m Laser Radiation
The Development of Laser Systems of Biotransformation and Biodestruction for Production of New Substances and Creation of Highly Effective Methods of Biological Purification
Development of the Sources of Coherent Radiation of Nanosecond and Picosecond Pulse Duration Tunable in the Broad Region of Medium Infrared
The creation of a laser system for cultivation of microbiological objects aimed at the development of new effective industrial biotechnologies
New Materials for Laser Frequency Doubling System Based on the Non-Stoichiometric Chalcopyrite Structure Crystals
Designing a Medical Laser Doppler Device for Tomographic Measurement of Blood Oxygenation in the Microcirculation System
Development of a Medical Laser Instrument for Photochemical and Hyperthermal Therapy of the Malignant Tumors in the Absence of an Exogenous Photosensitizer
Development of Effective Reactive Oxygen Generation Systems for Antimicrobial Photodynamic Therapy on the Basis of Cationic Photosensitizers and Coherent and Incoherent Light Sources
Development of Optical Parametrical Oscillators Tunable in the Mid - IR Region (4.5 – 12 mkm) with a Narrow Spectral Bandwidth of Output Radiation and Increased Conversion Efficiency