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Cs(n,
)
CsSekine, Toshiaki; ; Kobayashi, Katsutoshi; Harada, Hideo*; Watanabe, Hisashi*; Kato, Toshio*
Proc. of the Nuclear Data for Science and Technology, p.57 - 58, 1992/00
no abstracts in English
Sc produced in GeV-energy proton-induced reactions, 1;
Sc production cross sectionSugihara, Kenta*; Meigo, Shinichiro; Iwamoto, Hiroki; Maekawa, Fujio
no journal, ,
Isomer formation is of engineering importance for predicting residual gamma dose rates in accelerator facilities and for the processing of radioactive waste. It is also an important physical quantity from the perspective of nuclear physics, such as angular momentum transfer and level structure. At J-PARC, we are measuring nuclide production cross-sections from the Sc target to the Zn target, excluding the Cr target. This presentation reports on the measurement of the
Cr(p,X) cross-section, which is necessary for discussing the systematic nature of the isomer ratio of
Sc.