SHEN Hong-tao, HE Ming, ZHANG Da-wei, HUANG Chun-tang, WANG Wei, LI Chao-li, WANG Xiang-gao, SHI Guo-zhu, WU Shao-lei, HE Guo-zhu, WU Shao-yong, JIANG Shan. Determination of Activity and Number of Atoms of the Long-lived Fission Product Nuclide 126Sn by γ-Ray Spectrometry[J]. Journal of Chinese Mass Spectrometry Society, 2008, 29(增刊): 40-41.
Citation: SHEN Hong-tao, HE Ming, ZHANG Da-wei, HUANG Chun-tang, WANG Wei, LI Chao-li, WANG Xiang-gao, SHI Guo-zhu, WU Shao-lei, HE Guo-zhu, WU Shao-yong, JIANG Shan. Determination of Activity and Number of Atoms of the Long-lived Fission Product Nuclide 126Sn by γ-Ray Spectrometry[J]. Journal of Chinese Mass Spectrometry Society, 2008, 29(增刊): 40-41.

Determination of Activity and Number of Atoms of the Long-lived Fission Product Nuclide 126Sn by γ-Ray Spectrometry

  • By using HPGe γ-ray spectrometry, the activity of the long-lived fission product 126Sn was measured. The number of 126Sn atoms and the isotopic abundance of 126Sn/Sn were calculated based on the half-life value of 2.35×105 a. The result of the isotopic abundance, (1.037±0.044)×10-8, is consistent with the results measured by the accelerator mass spectrometry (AMS) within uncertainty limits, that confirms our procedures in the measurement of 126Sn by AMS and lays a foundation for the AMS measurement of 126Sn at much lower levels.
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