Experimental data on
fusion
elastic scattering
evaporation residue

Experimental data on elastic scattering

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16C + 12C,   EE/A=47.5 MeV

Fan Feng-ying, Zheng Tao, Ye Yan-lin, Jiang Dong-xing, Hua Hui, Li Zhi-huan, Ge Yu-cheng, Li Xiang-qing, Lou Jian-ling, Shi Fan, Lv Lin-hui, Cao Zhong-xin, Nie Peng-xuan, Li Qi-te, Song Yu-shou, Lu Fei, Xu Hu-shan, Hu Zheng-guo, Wang Meng, Zhang Xue-ying, Li Chen, Chen Ruo-fu, Tang Bin, Xu Zhi-guo, Yue Ke, Zhang Ya-peng, Zang Yong-dong, Zhang Xue-heng, Yao Xiang-wu, Chen Jin-da, Tu Xiao-lin, Zhang Jie, Wu Da-peng, Bai Zhen,
Chinese Physics Letters, 26 (2009) 082501
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Comments
Beam quality: A 68.6 MeV/nucleon 18-O primary beam was accelerated by HIRFL, the secondary beam of 16C at 47.5 MeV/nucleon was produced by the projectile fragmentation process at a 2.5 mm thick 9Be target installed at the entrance of RIBLL. The purity of 16C beam was enhanced to about 99% by using a wedge-shaped Al degrader.
Target: A carbon reaction target with a diameter of 30 mm and a thickness of 139.5 mg/cm2.
Data obtained: exported from EXFOR
Heavy Ion Research Facility of Lanzhou (HIRFL) at the Institute of Modern Physics (IMP). Quasielastic data presented: 12C(g.s.,2+) + 16C(g.s.,2+) 

 
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Θcm (deg)dσ/dΩ (mb/sr)error (%)+δσ-δσ
5.25 19240 4.519 869.4556 869.4556
7.59 21170 23.623 5000.9891 5000.9891
9.92 9749 32.837 3201.2792 3201.2792
12.26 3650 29.016 1059.084 1059.084
23.26 137.8 14.369 19.8005 19.8005
33.13 24.88 10.379 2.5823 2.5823