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Institute of Theoretical Physics |
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Chinese Academy of Sciences |
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Key Laboratory of Theoretical Physics |
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Seminar |
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Title
题目 |
Modeling neutron induced reactions on uranium isotopes with multi-humped fission barriers |
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Speaker
报告人 |
Dr. Roberto Capote Noy |
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Affiliation
所在单位 |
International Atomic Energy Agency |
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Date
日期 |
10:30, Oct 28 (Friday), 2016 |
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Venue
地点 |
room 6420,ITP new Building/理论物理所新楼6420报告厅
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Abstract
摘要 |
Comprehensive calculations of cross sections for neutron-induced reactions on 232-238U targets are performed in the 10 keV-30 MeV incident energy range with the code EMPIRE-3.2 Malta. The advanced modeling and consistent calculation scheme are aimed at improving our knowledge of the neutron scattering and emission cross sections, and to assess the consistency of available evaluated libraries for light uranium isotopes. The reaction model considers a dispersive optical potential (RIPL 2408) that couples from five (even targets) to nine (odd targets) levels of the ground-state rotational band, and multi-humped fission barrier with absorption in the wells described within the optical model for fission. Excellent agreement with available experimental data for neutron emission and fission is achieved, giving confidence that the quantities for which there is no experimental information are also accurately predicted. |
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Contact Person
联系人 |
Shan-Gui Zhou (周善贵) |
