Research on metallic ion beam production at IMP


Autoria(s): Cao, Y (Cao, Yun); Feng, YC (Feng, Yu-Cheng); Li, JY (Li, Jin-Yu); Wang, H (Wang, Hui); Ma, BH (Ma, Bao-Hua); Sun, LT (Sun, Liang-Ting); Zhao, HY (Zhao, Huan-Yu); Shang, Y (Shang, Yong); Zhang, XZ (Zhang, Xue-Zhen); Li, XX (Li, Xi-Xia); Guo, XH (Guo, Xiao-Hong); Lu, W (Lu, Wang)
Data(s)

3926

Resumo

Since 1998, many experiments for metallic ion production have been done on LECR2 (Lanzhou ECR ion source NO.2), LECR3 (Lanzhou ECR ion source NO.3) and SECRAL (Superconductiong ECR ion source Advanced design in Lanzhou) at Institute of Modern Physics. The very heavy metallic ion beams such as those of uranium were also produced by the plasma sputtering method, and supplied for HIRFL (Heavy Ion Research Facility in Lanzhou) accelerators successfully. During the test, 11.5e mu AU(28+), 9e mu AU(24+) were obtained. Some ion beams of the metal having lower melting temperature such as Ni and Mg ion beams were produced by oven method on LECR3 too. The consumption rate was controlled to be lower for Mg-26 ion beams production, and the minimum consumption was about 0.3mg per hour. In this paper, the main experimental results are given. Some discussions are made for some experimental phenomena and results, and some conclusions are drawn.

Supported by Knowledge Innovation Program of Chinese Academy of Sciences (KJCX1-109) and National Natural Foundation for Distinguished Young Scientist (10225523)

Identificador

http://ir.impcas.ac.cn/handle/113462/5937

http://www.irgrid.ac.cn/handle/1471x/132655

Idioma(s)

英语

Fonte

Cao, Y (Cao, Yun); Feng, YC (Feng, Yu-Cheng); Li, JY (Li, Jin-Yu); Wang, H (Wang, Hui); Ma, BH (Ma, Bao-Hua); Sun, LT (Sun, Liang-Ting); Zhao, HY (Zhao, Huan-Yu); Shang, Y (Shang, Yong); Zhang, XZ (Zhang, Xue-Zhen); Li, XX (Li, Xi-Xia); Guo, XH (Guo, Xiao-Hong); Lu, W (Lu, Wang).Research on metallic ion beam production at IMP,HIGH ENERGY PHYSICS AND NUCLEAR PHYSICS-CHINESE EDITION,39264,31(Suppl):70-74

Palavras-Chave #ECR #metallic ion #sputtering #consumption rate
Tipo

期刊论文