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Working Stays CR - JINR 2022Monte Carlo Simulations of Natural Uranium Setups Irradiated With Relativistic Deuterons by Means of MCNPX Code
Author
| Suchopár Martin, Ing. Ph.D. | Institute of Physics ASCR |
| Wagner Vladimír, RNDr. CSc. | IEAP |
| Baldin A. | JINR |
| Furman W. | JINR |
| Solnyshkin A.A. | JINR |
| Chilap V. | Center of Physical and Technical Projects “Atomenergomash”, Moscow, Russia |
| Vrzalová Jitka, Ing. | Nuclear Physics Institute of the ASCR, JINR Dubna |
| Kadykov M.G. | JINR |
| Kadykov M.G. | JINR |
| Svoboda O. | Nuclear Physics Institute of the ASCR |
| Tsoupko-Sitnikov V.M. | JINR |
| Adam Jindřich, promovaný fyzik Csc. | IEAP |
| Tyutyunnikov S. | JINR |
| Vladimirovna N.M. | JINR |
| Závorka Lukáš, Ing. | Faculty of Nuclear Sciences and Physical Engineering |
| Chinenov Alexander | Center of Physical and Technical Projects “Atomenergomash”, Moscow, Russia |
Year
2012
Scientific journal
Proceedings of Science
Web
Abstract
XXI International Baldin Seminar on High Energy Physics Problems, 2012
The collaboration Energy and Transmutation of Radioactive Waste has used different set-ups consisting of lead, uranium and graphite irradiated by relativistic protons and deuterons to study transmutation of radioactive materials by produced neutrons. Such studies are intended for providing important data serving for the construction of larger-scale Accelerator-Driven Systems. The most recent set-up named QUINTA, consisting of natural uranium target and lead blanket, was irradiated by deuteron beams in the energy range between 1 and 8 GeV in the last three accelerator runs at JINR Nuclotron in 2011 and 2012. Monte Carlo simulations of the target assembly QUINTA concerning overall neutron production as well as spatial and energy distribution of the neutron field inside the set-up have been made using the MCNPX code and they have been compared with experimental data obtained by activation method.
The collaboration Energy and Transmutation of Radioactive Waste has used different set-ups consisting of lead, uranium and graphite irradiated by relativistic protons and deuterons to study transmutation of radioactive materials by produced neutrons. Such studies are intended for providing important data serving for the construction of larger-scale Accelerator-Driven Systems. The most recent set-up named QUINTA, consisting of natural uranium target and lead blanket, was irradiated by deuteron beams in the energy range between 1 and 8 GeV in the last three accelerator runs at JINR Nuclotron in 2011 and 2012. Monte Carlo simulations of the target assembly QUINTA concerning overall neutron production as well as spatial and energy distribution of the neutron field inside the set-up have been made using the MCNPX code and they have been compared with experimental data obtained by activation method.
Cite article as:
M. Suchopár, V. Wagner, A. Baldin, W. Furman, A. Solnyshkin, V. Chilap, J. Vrzalová, M. Kadykov, M. Kadykov, O. Svoboda, V. Tsoupko-Sitnikov, J. Adam, S. Tyutyunnikov, N. Vladimirovna, L. Závorka, A. Chinenov, "Monte Carlo Simulations of Natural Uranium Setups Irradiated With Relativistic Deuterons by Means of MCNPX Code", Proceedings of Science (2012)