Thermal neutron cross section and resonance integral of the reaction of135Cs(n,γ)136Cs: Fundamental data for the transmutation of nuclear waste

@article{Hatsukawa1999ThermalNC,
  title={Thermal neutron cross section and resonance integral of the reaction of135Cs(n,$\gamma$)136Cs: Fundamental data for the transmutation of nuclear waste},
  author={Yuichi Hatsukawa and N. Shinohara and K. Hata and K. F. Kobayashi and Shoji Motoishi and Masakazu Tanase and Toshio Katoh and S. Nakamura and Hirofumi Harada},
  journal={Journal of Radioanalytical and Nuclear Chemistry},
  year={1999},
  volume={239},
  pages={455-458}
}
To determine the cross sections of the135Cs(n,γ)136Cs reaction, a sample of135Cs included in a “standardized solution” of137Cs was used as a target and irradiated in a reactor. The ratio of the atom number of135Cs to that of137Cs was determined to be 0.89±0.03 with a quadrupole mass spectrometer. The thermal cross section and the resonance integral measured in this study were determined to be 8.3±0.3 and 38.1±2.6 b respectively. 
Determination of 135Cs in nuclear power plant wastes by ICP-MS and k0-NAA
A radiochemical method for the determination of 135Cs in radioactive wastes has been adopted/developed. For the separation of cesium from other elements ammonium-molybdophosphate precipitation andExpand

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Abstract To obtain fundamental data for the research of the transmutation of nuclear waste, the thermal neutron cross section and the resonance integral of the reaction 137Cs(n, γ)138Cs have beenExpand
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