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Sixian ZHA, Jinhai LI, Shulian QIN, Zhifang CHANG, Xinxing XU, Lijie SUN, Jiajian LIU, Cenxi YUAN, Chengjian LIN, Lee Jenny, Zhihuan LI, Hongyi WU, Pengjie LI, Jiansong WANG, Yanyun YANG, Pengfei LIANG, Hao JIAN, Yufeng GAO, Rui FAN, Fanchao DAI, Haofan ZHU, Dongxi WANG, Yihua LAM, Peng MA, Fangfang DUAN, Zhihao GAO, Qiang HU, Zhen BAI, Junbing MA, Jianguo WANG, Fupeng ZHONG, Chenguang WU, Diwen LUO, Ying JIANG, Yang LIU, Dongsheng HOU, Ren LI, Nanru MA, Weihu MA, Guozhu SHI, Gongming YU, Patel Dipika, Shuya JIN, Yufeng WANG, Yuechao YU, Liyuan HU, Xiang WANG, Hongliang ZANG, Qingqing ZHAO, Lei YANG, Peiwei WEN, Feng YANG, Huiming JIA, Gaolong ZHANG, Min PAN, Xiaoyu WANG, Haohan SUN, Hushan XU, Xiaohong ZHOU, Yuhu ZHANG, Zhengguo HU, Meng WANG, Ruofu CHEN, Minliang LIU, Weiqing YANG. β-delayed γ Decay of the Proton-rich Nucleus 29S[J]. Nuclear Physics Review, 2023, 40(3): 341-347. DOI: 10.11804/NuclPhysRev.40.2022134
Citation: Sixian ZHA, Jinhai LI, Shulian QIN, Zhifang CHANG, Xinxing XU, Lijie SUN, Jiajian LIU, Cenxi YUAN, Chengjian LIN, Lee Jenny, Zhihuan LI, Hongyi WU, Pengjie LI, Jiansong WANG, Yanyun YANG, Pengfei LIANG, Hao JIAN, Yufeng GAO, Rui FAN, Fanchao DAI, Haofan ZHU, Dongxi WANG, Yihua LAM, Peng MA, Fangfang DUAN, Zhihao GAO, Qiang HU, Zhen BAI, Junbing MA, Jianguo WANG, Fupeng ZHONG, Chenguang WU, Diwen LUO, Ying JIANG, Yang LIU, Dongsheng HOU, Ren LI, Nanru MA, Weihu MA, Guozhu SHI, Gongming YU, Patel Dipika, Shuya JIN, Yufeng WANG, Yuechao YU, Liyuan HU, Xiang WANG, Hongliang ZANG, Qingqing ZHAO, Lei YANG, Peiwei WEN, Feng YANG, Huiming JIA, Gaolong ZHANG, Min PAN, Xiaoyu WANG, Haohan SUN, Hushan XU, Xiaohong ZHOU, Yuhu ZHANG, Zhengguo HU, Meng WANG, Ruofu CHEN, Minliang LIU, Weiqing YANG. β-delayed γ Decay of the Proton-rich Nucleus 29S[J]. Nuclear Physics Review, 2023, 40(3): 341-347. DOI: 10.11804/NuclPhysRev.40.2022134
  • The \beta-delayed \gamma decay properties of proton-rich nucleus 29S were studied with three double-sided silicon strip detectors surrounded by five high-purity germanium detectors on the HIRFL-RIBLL1 facility. The most precise half-life of 29S was obtained to be 183(4) ms in this experiment. The measurements of \beta-delayed \gamma rays of 29S were achieved for the first time and four \beta-\gamma rays were observed accurately. The \beta-decay branching ratio for the low-lying excited states of 29P was determined and a partial decay scheme of 29S was established. Based on experimental data, the isospin symmetry breaking in the mirror decay process of the 29S→29P/29Al→29Si was studied.
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