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Magnetic Radiospectroscopy Laboratory and | ||||||
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Crystal and electron structure studies of high-Tc oxide superconductors by using electron paramagnetic resonance and nuclear magnetic resonance of both hast and impurity rareearth and copper ions, crystal and electron structure studies of ferroelectrics, glasses and dielectics single crystals by using EPR methods, the microscopic theory of high-Tc superconductors, the optical spectroscopic studies and a search for new active media of solid state lasers (including tunable ones) based on all kinds of fluoride compounds doped with 3d- and 4f-ions, the thermal magnetic coupling between the liquid helium-3 and surface of a paramagnetic crystal
Helium liquefiers, ovens for a growth of large fluorine-based single crystals, EPR and NMR both continuous waves and pulsed wide-band spectrometers, cryogenic eguipment for experiments at liquid helium-4 temperatures, helium-3/helium-4 dilution refrigerators for experiments at ultralow temperatures, optical spectrometers and special devices for experiments with near infrared and ultraviolet tunable solid state lasers
Theory of oscillations, digital electronics, ultra-high-frequency electrodynamics, quantum radiophycics, quantum electrodynamics, crystal electric fields in solids, principles of quantum amplifiers, EPR in solids, NMR in solids, electron theory of solids, experimental methods of the radiospectroscopy, experimental method of the optical spectroscopy, automatization of the spectroscopic experiments, principles and method of low temperature experiments, solid state lasers in medical science and clinical practice
Ultra-high-frequency electrodynamics, quantum radoiphysics and electronics, radiospectroscopy : EPR and NMR
Magnetic Radoispectroscopy and Quantum Electronics
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