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HU Jun, HE Jian-jun, #, XU Shi-wei, CHEN Zhi-qiang, ZHANG Xue-ying, WANG Jian-song, YU Xiang-qing, SU Jun, LI Er-tao, WANG Hong-wei, TIAN Wen-dong, LI Long, ZHANG Li-yong, YANG Yan-yun, MA Peng, ZHANG Xue-heng, HU Zheng-guo, GUO Zhong-yan, XU Xing, YUAN Xiao-hua, LU Wan, YU Yu-hong, ZANG Yong-dong, TANG Shu-wen, YE Rui-ping, CHEN Jin-da, JIN Shi-lun, DU Cheng-ming, WANG Shi-tao, MA Jun-bing, LIU Long-xiang, BAI Zhen, LEI Xiang-guo, SUN Zhi-yu, LI Xiang-qing, ZHANG Yu-hu, ZHOU Xiao-hong, XU Hu-shan. Investigation of Resonant Properties in 18Ne via a Thicktarget Method of 17F+p[J]. Nuclear Physics Review, 2011, 28(4): 428-432. DOI: 10.11804/NuclPhysRev.28.04.428
Citation: HU Jun, HE Jian-jun, #, XU Shi-wei, CHEN Zhi-qiang, ZHANG Xue-ying, WANG Jian-song, YU Xiang-qing, SU Jun, LI Er-tao, WANG Hong-wei, TIAN Wen-dong, LI Long, ZHANG Li-yong, YANG Yan-yun, MA Peng, ZHANG Xue-heng, HU Zheng-guo, GUO Zhong-yan, XU Xing, YUAN Xiao-hua, LU Wan, YU Yu-hong, ZANG Yong-dong, TANG Shu-wen, YE Rui-ping, CHEN Jin-da, JIN Shi-lun, DU Cheng-ming, WANG Shi-tao, MA Jun-bing, LIU Long-xiang, BAI Zhen, LEI Xiang-guo, SUN Zhi-yu, LI Xiang-qing, ZHANG Yu-hu, ZHOU Xiao-hong, XU Hu-shan. Investigation of Resonant Properties in 18Ne via a Thicktarget Method of 17F+p[J]. Nuclear Physics Review, 2011, 28(4): 428-432. DOI: 10.11804/NuclPhysRev.28.04.428
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    • Abstract
  • Resonant properties in18Ne relevant to the stellar reaction of 14O(α, p)17F have been investigated through a resonant elastic scattering of 17F+p. The 17F RI beam was produced via a projectilefragmentation reaction， and subsequently separated and purified by Radioactive Ion beam Line in Lanzhou(RIBLL). After a series of energy degradation，a 4.22 AMeV 17F beam bombarded a thick(CH2)ntarget at T2 terminal. Energy and angle of the recoiled protons were measured by two sets of ∆E-E silicon telescope at θlab≈2.3°，14° respectively. Several resonances in 18Ne were observed，and their resonant parametersincluding energy，spinparity and decay width have been determined by an R-Matrix analysis of the experimental excitation function.
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