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Measurement of the 52Fe mass via the precise proton-decay energy of 53Com

Y. P. Shen,Weiping Liu,J. Su,N. T. Zhang,Long Jing,Zhihong Li,Youbao Wang,B. Guo,Shengquan Yan,Y. J. Li,S. Zeng,G. Lian,Xianchao Du,L. Gan, X.D. Bai, J.Z. Wang,Yu-Hu Zhang,Xiao-Hong Zhou,Xiaodong Tang,J.J. He,Yan-Yun Yang,S. L. Jin,P. Ma,J.M. Ma,Mei-Rong Huang,Zhen Bai,Yuanjie Zhou,W. H. Ma,Jun Hu,Shi-Wei Xu, S. Ma,Size Chen,LiYong Zhang,B. Ding,Z. H. Li

EPJ Web of Conferences（2016）

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摘要
The proton decay of Co-53(m)(3174.1 keV, 19/2-) was investigated via the fragmentation of a Ni-58 primary beam. The proton-decay energy was determined with an improved precision to be 1558(8) keV. With this new result and the mass of Co-53(m), the Fe-52 mass excess was derived to be -48330(8) keV, which is in good agreement with the AME12 value. A new recommended value of -48331.6(49) keV is given.
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the52fe mass,proton-decay
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