Registration Number
0121U110839,
(
0226U001389
)
R & D request
Title
Interaction of high-energy electrons and gamma quanta in the field of giant resonance energies with medium and heavy nuclei
Head
Kasilov Valentyn Yo., Кандидат фізико-математичних наук
Registration Date
28-04-2021
Organization
National Science Center "Kharkiv Institute of Physics and Technology"
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The purpose of the study of inclusive nuclear response functions is generally that they make it possible to test modern models of intranuclear nucleon-nucleon interaction by comparing the results of calculations performed on the basis of different variants of two- and three-nucleon potentials and currents with experimental data. In addition, experimental response functions can be used to obtain as moments of these functions, which is important in the study of such characteristics of the structure of nuclei as their Coulomb energy, clustering, compressibility of nuclear matter and meson exchange currents; and scaling functions used to construct a controlled model to predict the neutrino cross section of (e, e ’) data.
Addition and refinement of existing experimental data on the outputs of photonuclear reactions in the interaction of bremsstrahlung with palladium isotopes and verification of the statistical theory of nuclear reactions using the computer code Talys.
The study of ionizing radiation with dye solutions on the one hand will expand the understanding of the mechanisms of interaction of ionizing radiation with substances, and on the other hand, create a basis for the development of new selective detectors of ionizing radiation in a wide range of doses.
The study of mechanisms that provide ultra-high radiation resistance of spinel crystals will provide a floor for targeted change of materials in the direction of improving their radiation properties. The study of the processes of interaction of ionizing radiation with various samples of magnesium - aluminum spinel will allow in the future to develop on their basis dosimeters of gamma and electron radiation.
Development of a method for studying the interaction of electrons with energies up to 30 meV with amorphous and single-crystal targets.
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2024-12-09
