Studies on Ceramic Fuels with the Use of Fission Gas Release Loop, (III) : Neutron Flux Monitoring in Specimen Chamber of FGRL by Counting Nitrogen-16 Generated <SUP>16</SUP>O(n, p) <SUP>16</SUP>N Reaction in Primary Cooling Water

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概要

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• Flux monitoring in the specimen chamber of FGRL was carried out by directly and continuously reading with a γ-ray spectrometer the content of <SUP>16</SUP>N in the primary cooling water produced by <SUP>16</SUP>O(n, p)<SUP>16</SUP>N reaction within the cooling jacket of FGRL. <SUP>16</SUP>N generation is not influenced by γ-ray build-up in the reactor nor by the temperature in the specimen chamber. The detector can be simply set outside the pipe through which the cooling water flows, because the high energy γ-rays (6.13MeV) emitted during the <SUP>16</SUP>N decay easily penetrate the pipe wall.

著者

• Fukuda Takeshi

  Division Of Gastroenterology Department Of Internal Medicine Nippon Medical School

• Kamemoto Yuichiro

  Division of Chemistry Japan Atomic Energy Research Institute

• Shiba Koreyuki

  Division of Chemistry Japan Atomic Energy Research Institute

• Yamagishi Shigeru

  Division of Chemistry Japan Atomic Energy Research Institute

• HANDA Muneo

  Division of Fuel Research and Development, Japan Atomic Energy Research Institute

• TAKAHASHI Yoshihisa

  Division of Fuel Research and Development, Japan Atomic Energy Research Institute

• TANIFUJI Takaaki

  Division of Fuel Research and Development, Japan Atomic Energy Research Institute

• OMORI Shunzo

  Division of Fuel Research and Development, Japan Atomic Energy Research Institute

• FUKUDA Takeshi

  Division of Fuel Research and Development, Japan Atomic Energy Research Institute

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• Studies of Ceramic Fuels with the Use of Fission Gas Release Loop, (II) : Measurement of Gamma-ray Spectrum of Fission Gases
• Studies on Ceramic Fuels with the Use of Fission Gas Release Loop, (III) : Neutron Flux Monitoring in Specimen Chamber of FGRL by Counting Nitrogen-16 Generated 16O(n, p) 16N Reaction in Primary Cooling Water
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