Registration Number
0225U003212,
(0122U002024)
, R & D reports
Title
Diffusion and electrodynamic phenomena in multicomponent inhomogeneous systems for medical and biological information technologies
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Нелінійна дифузія у багатокомпонентних сумішах зі змінним складом. Ядерні перетворення в живих організмах. Методики визначення характеристик складних біологічних систем.
Head
Netreba Andriy V., Кандидат фізико-математичних наук
Registration Date
02-06-2025
Organization
Taras Shevchenko National University of Kyiv
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Development of the theory of multicomponent diffusion. Research and development of methods for the formation of coherent correlated states of particles Research of the peculiarities of the generation of undamped temperature waves. Development of new approaches for the application of physical methods in the field of medical diagnostic introscopy.
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The relevance of the research stems from the need to solve environmental, energy and basic scientific and medical and biological problems of modern society. It is relevant to conduct research on the characteristics of diffusion processes, which are physical properties of mixtures that are widely used in technology and have a direct connection with production technologies. The problems of safe and efficient energy based on fundamentally new nuclear systems are one of the current tasks. The goal and main objectives of the research are to develop the theory of multicomponent diffusion taking into account the influence of chemical reactions, associative and complex formation, research and development of methods for the formation of coherent correlated states of particles for the implementation of controlled reactions involving atoms and molecular complexes, research on the features of the generation of non-damping temperature waves and their use for solving problems of energy, technology and biophysics. Development of new approaches for a wider application of physical methods and theories in the field of medical diagnostic introscopy. One of the ideas of the project is to explicitly take into account the processes of formation of new components in multicomponent mixtures, which is based on the use of correlation processes. Another one is to search for and analyze such low-energy optimized methods of influencing specific quantum systems that ensure the effective formation of coherent correlated states of particles that are capable of generating intense and long-lasting controlled fluctuations of energy and momentum.
Product Description
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Andrusieva Svitlana H.
Bediukh Oleksandr R.
Vaschyshyn Volodymyr Р.
Gorbovtsova Nataliia V.
Hrishchenko Liudmyla M.
Lemeshko Vasyl V.
Nahuliak Oleh O.
Nechayeva Valentyna M.
Obukhovskyi Viacheslav V.
Osypenko Roman S.
Osypenko Yuliia А.
Okhrimenko Tamara І.
Synytska Nadiia V.
Sytnikova Nadiia L.
Sudakov Oleksandr O.
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2025-06-02
