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Lifetime measurement for the 21+ state in 106Cd
Chinese Physics C ( IF 3.6 ) Pub Date : 2020-08-28 , DOI: 10.1088/1674-1137/44/9/094001 Jian Zhong 1, 2 , Ying-Jun Ma 3 , Xiao-Guang Wu 2 , Bao-Ji Zhu 2 , Cong-Bo Li 2 , Guang-Sheng Li 2 , Yun Zheng 2 , Qi-Ming Chen 2 , Chuang-Ye He 2 , Li-Tao Deng 1, 2 , Wen-Kui Zhou 2 , Ke-Yan Ma 3 , Dong Yang 3 , Hao Guo 3 , Jia-Qi Wang 3 , Xian Guang 3 , Ji Sun 3 , Hui-Bin Sun 1 , Shi-Peng Hu 1 , Lin Gan 1 , Hai-Ge Zhao 1 , Qi Luo 1 , Zheng-Xin Wu 1, 3
Chinese Physics C ( IF 3.6 ) Pub Date : 2020-08-28 , DOI: 10.1088/1674-1137/44/9/094001 Jian Zhong 1, 2 , Ying-Jun Ma 3 , Xiao-Guang Wu 2 , Bao-Ji Zhu 2 , Cong-Bo Li 2 , Guang-Sheng Li 2 , Yun Zheng 2 , Qi-Ming Chen 2 , Chuang-Ye He 2 , Li-Tao Deng 1, 2 , Wen-Kui Zhou 2 , Ke-Yan Ma 3 , Dong Yang 3 , Hao Guo 3 , Jia-Qi Wang 3 , Xian Guang 3 , Ji Sun 3 , Hui-Bin Sun 1 , Shi-Peng Hu 1 , Lin Gan 1 , Hai-Ge Zhao 1 , Qi Luo 1 , Zheng-Xin Wu 1, 3
Affiliation
The lifetime of the \begin{document}$2_{1}^{+}$\end{document} state in \begin{document}$^{106}$\end{document} Cd populated via the \begin{document}$^{94}$\end{document} Zr ( \begin{document}$^{16}$\end{document} O, 4n) \begin{document}$^{106}$\end{document} Cd reaction has been measured with the Recoil Distance Doppler Shift technique in combination with the Differential Decay Curve Method. By subtracting the contamination in the data, the mean lifetime of the \begin{document}$I^{\pi}$\end{document} =2 \begin{document}$^{+}_{1}$\end{document} 633 keV state was determined as 9.9 (12) ps. The \begin{document}$B(E2)$\end{document} value calculated in this study is in good agreement with the experimental systematics and was compared to the shell model calculations.
中文翻译:
106Cd 中 21+ 状态的寿命测量
\begin{document}$^{106}$\end{document} Cd 中 \begin{document}$2_{1}^{+}$\end{document} 状态的生命周期通过 \begin{document }$^{94}$\end{document} Zr ( \begin{document}$^{16}$\end{document} O, 4n) \begin{document}$^{106}$\end{document}已使用 Recoil Distance Doppler Shift 技术结合微分衰减曲线方法测量 Cd 反应。通过减去数据中的污染,\begin{document}$I^{\pi}$\end{document} =2 \begin{document}$^{+}_{1}$\end 的平均寿命{document} 633 keV 状态被确定为 9.9 (12) ps。本研究中计算的 \begin{document}$B(E2)$\end{document} 值与实验系统学非常吻合,并与壳模型计算进行了比较。
更新日期:2020-08-28
中文翻译:
106Cd 中 21+ 状态的寿命测量
\begin{document}$^{106}$\end{document} Cd 中 \begin{document}$2_{1}^{+}$\end{document} 状态的生命周期通过 \begin{document }$^{94}$\end{document} Zr ( \begin{document}$^{16}$\end{document} O, 4n) \begin{document}$^{106}$\end{document}已使用 Recoil Distance Doppler Shift 技术结合微分衰减曲线方法测量 Cd 反应。通过减去数据中的污染,\begin{document}$I^{\pi}$\end{document} =2 \begin{document}$^{+}_{1}$\end 的平均寿命{document} 633 keV 状态被确定为 9.9 (12) ps。本研究中计算的 \begin{document}$B(E2)$\end{document} 值与实验系统学非常吻合,并与壳模型计算进行了比较。