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Symposium on Nuclear Data 2020

26–27 Nov 2020
RIKEN Wako Campus
Asia/Tokyo timezone

Session

NuclearPhysics2

27 Nov 2020, 09:00
RIBF201 (RIKEN Wako Campus)

RIBF201

RIKEN Wako Campus

Hirosawa 2-1, Wako City, Saitama 351-0198, Japan

Conveners

NuclearPhysics2: Nuclear Physics 2

  • Kazushi Terada (Kyoto University)

Presentation materials

There are no materials yet.

  1. 16. 93Zr及び93Nbに対する陽子・重陽子入射核破砕反応からの同位体生成/ Isotope production in spallation reaction of 93Zr and 93Nb induced by proton and deuteron
    Keita Nakano (JAEA)
    27/11/2020, 09:00

    Isotope production in spallation reaction of 93Zr and 93Nb induced by proton and deuteron

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  2. 3. 減速RIビームによる原子核物理の展開/Development of energy-degraded RI beam and expansion of nuclear reaction studies
    Shin'ichiro MICHIMASA (CNS, Univ. of Tokyo)
    27/11/2020, 09:30

    Development of energy-degraded RI beam and expansion of nuclear reaction studies

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  3. 6. 重陽子入射反応の理論解析と重陽子核反応データベースの開発/ Theoretical analysis of deuteron-induced reactions and development of deuteron nuclear database
    Shinsuke Nakayama (JAEA)
    27/11/2020, 10:00

    Theoretical analysis of deuteron-induced reactions and development of deuteron nuclear database

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  4. 37. Isotope production in spallation reaction of 93Zr and 93Nb induced by proton and deuteron / 93Zr及び93Nbに対する陽子・重陽子入射核破砕反応からの同位体生成
    Dr Kieta / 敬太 Nakano / 中野 (JAEA / JAEA)
    Oral Presentation

    Nuclear transmutation technology has been attracting attention as a method for treating high-level radioactive waste. One of the candidates is the spallation reaction using high-energy particles, especially for the nuclides with relatively small neutron-capture cross sections such as long-lived fission product (LLFP) $^{93}$Zr. The accumulation of nuclear reaction data and the development of...

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  5. 26. Theoretical analysis of deuteron-induced reactions and development of deuteron nuclear database
    Shinsuke Nakayama (Japan Atomic Energy Agency)
    Oral Presentation

    Since deuteron is a weakly bound system consisting of a proton and a neutron, it easily breaks up and emits a neutron through interaction with a target nucleus. Utilizing this property, intensive neutron sources using deuteron accelerators have been proposed for not only science and engineering fields but also medical applications. For design studies of such facilities, accurate and...

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