Registration Number
0224U000149,
0121U108705
, R & D reports
Title
Use of linear electron accelerators for research in the fields of nuclear, radiation physics and charged particle beam physics
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Head
Aizatskyi Mykola І.,
Registration Date
03-01-2024
Organization
National Science Center "Kharkiv Institute of Physics and Technology"
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Accelerated fluxes of charged particles are widely used both in basic science (nuclear physics and elementary particle physics)
and in applied research, as well as widely used in various industries, medicine, agriculture. NSC "Accelerator" NSC KIPT is the
only center in Ukraine, where, along with research and development in the field of accelerating physics and technology of linear
electron accelerators, researches of problems of nuclear and radiation physics are carried out. As part of the topic, the staff of
the National Research Center "Accelerator" NSC KIPT conducted research in the following areas: Investigation of multiparticle
photonuclear reactions in the range of bremsstrahlung γ-quanta energies from the maximum of giant dipole resonance to the
threshold of pion birth. Investigation of the conditions of photonuclear production of the Sc-47 isotope for nuclear medicine.
Investigation of the effects of strain hardening and radiation-induced softening of nuclear reactor materials. Improving the
parameters of linear electron accelerators in order to enable and increase the efficiency of experimental nuclear physics
research. Investigation of processes of formation of electronic clots and their interaction with electrodynamic structures.
Investigation of beam kinetics in cyclic and linear lepton colliders in the framework of international projects ILC and FCCee.
Research and testing of high-voltage pulse modulators of microwave electrovacuum devices and electron sources based on solid
key components. Investigation of electron beam formation processes in magnetron guns with millimeter diameter cathodes. The
use of permanent magnets in the transport paths of electron beams. Development and research of methods of non-contact
control of radiation of objects on electron accelerators. Investigation of the cooling process of relativistic electron converters by
water current in the supercritical state.
Product Description
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Boriskin Viktor M.
Bulyak Evgen V.
Guk Ivan S.
Dubinko Volodimir Ivanovich
Kushnir Volodymyr A.
Mazmanishvili Oleksandr S.
Mats Vyacheslav Olexandrovich
Mytrochenko Viktor V.
Opanasenko Anatolij M.
Pomatsalyuk Roman I.
Reshetnyak Mykola G.
Timchenko Iryna S.
Uvarov Viacheslav L.
Tsymbal Volodymyr O.
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2024-01-03
