The study of radiation-induced changes of the structure and phase composition, as well as mechanical, electrical, magnetic and optical properties of dielectric, semiconducting and superconducting materials, irradiated by neutron and gamma fluxes at the reactor under different conditions;
Comparison with gamma irradiation in the shut-down reactor and in the 60Co source.
It is proposed the original mechanism of dissociation of water molecules into the porous surface of the dielectric. In the case of gamma irradiation, 106 F wet high-porous glass the radiolysis of water promotes the formation of hydrogen-containing nanostructures, on which there is effective transfer of protons at 240-310o К. The gamma-induced proton conductivity of high-porous glass has the high potential for practical use as the active electrodes in the atomic-hydrogen energy.
We propose the optimal technological mode of obtaining metal junctions using high-alumina ceramics of the manufacturing industry.
The carried out neutron-gamma fluxes dosimetry in 18 vertical channels of the reactor active zones is essential to increase the safety of its operation.
The nanostructured inclusions appearing in the crystals LiF, SiO2 glass, carbon structures, Al2O3 films irradiated at the reactor have been found.
The metal-ceramic composites on the basis of ceramics - 22HS, metal - stainless steel have been developed. The connection is made by ELS.
Muminov Mukhtar Ibragimovich – doctor of technical sciences, leading researcher of radiation resistance laboratory of electric insulating materials. He works in the field of radiation material science of electric insulating materials for atomic energy. According to the results of long-term cooperation with Russian colleagues in 2001-2003 in Moscow, several monographs on radiation properties of electric insulating materials for atomic energy have been published. Total amount of publications is about 200.
Mussaeva Malika Anvarovna – candidate of physics and math, senior researcher of radiation resistance laboratory of electric insulating materials. She works in the field of radiation solid state physics and material science. Her objects of investigation in different times were fluorides and oxides. Total number of publications is about 20.
Sandalov Vladimir Nikolaevich - junior researcher of radiation resistance laboratory of electric insulating materials. He works in the field ofradiation modification of electrical properties at the surface of electric insulating materials. Total number of publications is about 50.
Elmuratova Dilnoza Bakhtiyorovna - junior researcher of radiation resistance laboratory of electric insulating materials. She works in the field of high energy-gap semiconductor semiconductors. Total number of publications is over 10.