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Qirui GAO, Xinxing XU, Xiaohong ZHOU, Lijie SUN, Pengfei LIANG, Jiajian LIU, Chengjian LIN, Lee Jenny, Zhihuan LI, Hongyi WU, Yanyun YANG, Jiansong WANG, Dongxi WANG, Yihua LAN, Peng MA, Fangfang DUAN, Zhihao GAO, Qiang HU, Zhen BAI, Junbing MA, Jianguo WANG, Fupeng ZHONG, Chenguang WU, Diwen LUO, Yin JIANG, Yang LIU, Dongsheng HOU, Ren LI, Nanru MA, Weihu MA, Guozhu SHI, Gongming YU, Dipika Patel, Shuya JIN, Yufeng WANG, Yuechao YU, Qingwu ZHOU, Peng WANG, Liyuan HU, Xiang WANG, Hongliang ZANG, Pengjie LI, Haofan ZHU, Zheyang LIN, Qingqing ZHAO, Lei YANG, Peiwei WEN, Feng YANG, Huiming JIA, Gaolong ZHANG, Min PAN, Xiaoyu WANG, Haohan SUN, Zhengguo HU, Ruofu CHEN, Minliang LIU, Weiqing YANG. β-delayed γ Decay of the Nucleus 28S Near the Proton Drip-line[J]. Nuclear Physics Review, 2021, 38(2): 117-122. DOI: 10.11804/NuclPhysRev.38.2020084
Citation: Qirui GAO, Xinxing XU, Xiaohong ZHOU, Lijie SUN, Pengfei LIANG, Jiajian LIU, Chengjian LIN, Lee Jenny, Zhihuan LI, Hongyi WU, Yanyun YANG, Jiansong WANG, Dongxi WANG, Yihua LAN, Peng MA, Fangfang DUAN, Zhihao GAO, Qiang HU, Zhen BAI, Junbing MA, Jianguo WANG, Fupeng ZHONG, Chenguang WU, Diwen LUO, Yin JIANG, Yang LIU, Dongsheng HOU, Ren LI, Nanru MA, Weihu MA, Guozhu SHI, Gongming YU, Dipika Patel, Shuya JIN, Yufeng WANG, Yuechao YU, Qingwu ZHOU, Peng WANG, Liyuan HU, Xiang WANG, Hongliang ZANG, Pengjie LI, Haofan ZHU, Zheyang LIN, Qingqing ZHAO, Lei YANG, Peiwei WEN, Feng YANG, Huiming JIA, Gaolong ZHANG, Min PAN, Xiaoyu WANG, Haohan SUN, Zhengguo HU, Ruofu CHEN, Minliang LIU, Weiqing YANG. β-delayed γ Decay of the Nucleus 28S Near the Proton Drip-line[J]. Nuclear Physics Review, 2021, 38(2): 117-122. DOI: 10.11804/NuclPhysRev.38.2020084

β-delayed γ Decay of the Nucleus 28S Near the Proton Drip-line

Funds: Strategic Priority Research Program of Chinese Academy of Sciences(XDB34000000); National Natural Science Foundation of China(12022501, U1932206, U1632136)
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  • The nucleus 28S (isospin projection TZ=2) near the proton drip-line was produced, separated and purified by HIRFL-RIBLL1 facility and the measurement of β-delayed γ decay of 28S was performed using a detector array consisted of double-sided silicon detectors and Clover-type high purity germanium detectors. Five γ transitions from β decay of 28S were precisely measured and the corresponding energies of the states of daughter 28P were obtained. The branch ratios of low-lying states of 28P populated by β decay were extracted for the first time and the new partial 28S β-decay scheme was deduced. This work provides accurate data for the further study of mirror asymmetry in 28S/28Mg.
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