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Information × Registration Number 0221U103161, 0118U000197 , R & D reports Title Physical, chemical and dynamic features of objects and processes are in near and distant space. popup.stage_title Head Мішеніна Тамара Василівна, Registration Date 15-02-2021 Organization Odessa I.I.Mechnikov National University popup.description2 Origin and evolution of little-studied heavy chemical elements and lithium, features of stellar evolution and galaxy structure. Establishment of an additional process for generating heavy elements, in addition to fast and slow capture of neutrons, as a source of supply of such elements in stellar atmospheres. The problem is the existence of the largest structures observed in the universe, which are much larger than the cells of inhomogeneity. Observing and predicting the perturbed motion of dangerous space bodies, which is related to both general security and the success of near-Earth space missions. Object and subject of research.Features of the chemical composition of stars of different types, the origin of elements, sources of enrichment with chemical elements; cosmological models, properties of dark energy; dynamics of artificial and natural small bodies. The purpose and main objectives of the study: The study of the chemical composition of stars of different types in order to generalize and introduce new concepts of theoretical calculations of stellar and galactic evolution. Investigation of the large-scale structure of the Universe both in the most acceptable ΛCDM model and in alternative models within the framework of our proposed new approach to cosmological shielding. Development of a new model of perturbed motion of space bodies in near-Earth space. The main tasks: 1) determination of the content of light, heavy and little-studied elements in the stars of different components of the Galaxy; 2) study of the effect of lithium burnout on its distribution in the thin disk of the Galaxy and the peculiarities of the chemical composition of stars with planets, individual stars with peculiar chemical composition; 3) development and application of a fully analytical description of cosmological perturbations for individual models, suitable on all cosmological scales; 4) modeling of generation of active and passive states in microquasars, as close as possible to th  Product Description popup.authors Andrievsky Sergiy M Bazyey Nataliya V Basak Nina Yu Bondarenko Yuriy M Burgazli Alvina Yu Gopka Vira F Gorbaneva Tetiana I Dragunova Alina V Olexandr Zhuk Olexandr Kashuba Volodymyr I Kashuba Svitlana H Keir Leonid E Kovtyukh Valeriy V Korobeynikova Olena O Koshkin Mykola Kulibaba Yuliya V Nazarenko Viktor V Naumenko Tetiana M Ryabov Andriy V Strakhova Svitlana L Terpan Sergiy S Troianskyi Volodymyr V Troianskyi Volodymyr V Usenko Igor O Chinarova Lidiya L Chopovsky Oleksiy V Shakun Leonid S Shereta Olena P Yushchenko Volodymyr O popup.nrat_date 2021-02-15 Close