Measurement of the Fe 52 mass via the precise proton-decay energy of Co m 53
Measurement of the Fe 52 mass via the precise proton-decay energy of Co m 53
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DOI：
10.1103/physrevc.91.047304
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发表时间：
2015-04
影响因子：
3.1
通讯作者：
Yangping Shen;W. Liu;Jun Su;N. Zhang;L. Jing;Z. Li;Y. B. Wang;B. Guo;Shengquan Yan;Y. J. Li;S. Zeng;G. Lian;X. Du;L. Gan;X. Bai;J. Wang;Y. Zhang;Xin Zhou;X. Tang;J. He;Ying Yang;S. Jin;P. Ma;J. Ma;M. Huang;Z. Bai;Y. Zhou;W. Ma;J. Hu;S. W. Xu;Shaobo Ma;S. Z. Chen;L. Zhang;B. Ding
中科院分区：
文献类型：
--
作者：
Yangping Shen;W. Liu;Jun Su;N. Zhang;L. Jing;Z. Li;Y. B. Wang;B. Guo;Shengquan Yan;Y. J. Li;S. Zeng;G. Lian;X. Du;L. Gan;X. Bai;J. Wang;Y. Zhang;Xin Zhou;X. Tang;J. He;Ying Yang;S. Jin;P. Ma;J. Ma;M. Huang;Z. Bai;Y. Zhou;W. Ma;J. Hu;S. W. Xu;Shaobo Ma;S. Z. Chen;L. Zhang;B. Ding
The proton decay of() was investigated via the fragmentation of aprimary beam. The proton-decay energy was determined with an improved precision to be. With this new result and the mass of, themass excess was derived to be, which is in good agreement with the AME12 value. A new recommended value ofis given.
