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1. 中国科学院近代物理研究所ECR离子源研究室
2. 中国科学院近代物理研究所ECR离子源研究室,兰州,730000
纸质出版日期:2005-08-01
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[1]马雷,曹云,赵红卫,张子民,冯玉成,李锡霞.ECR离子源高电荷态金属离子产生的MIVOC法实验研究[J].核技术,2005(08):613-616.
MA Lei CAO yun ZHAO Hongwei ZHANG Zimin FENG Yucheng LI Xixia. Production of highly charged metallic ions by MIVOC methods[J]. Nuclear techniques, 2005, (8): 613-616.
为满足兰州重离子加速器的实验要求
先后在中国科学院近代物理研究所14.5GHz(LECR2)及10GHz+14.5GHz(LECR3)高电荷态ECR离子源上使用MIVOC(Metallic ion fromvolatile compounds)方法进行了高电荷态金属离子产生的实验研究。主要研究了铁和镍的各种高电荷态离子的产生
具有代表性的是210eμA的Fe11+、175eμA的Fe12+、142eμA的Fe13+、25eμA的Fe16+、64eμA的Ni10+、57eμA的Ni13+、31eμA的Ni15+和15eμA的Ni16+。本文将分别给出两种金属离子产生的多电荷态束流谱图
并对实验装置的安排、实验现象及结果进行讨论与总结。
To satisfy the requirements of HIRFL (Heavy Ion Research Facility in Lanzhou)
a series of experiments have been made to produce metallic ion beams. By now
numerous methods have been tested
in which MIVOC (Metallic Ion from Volatile Compounds) method presented very good results. The emphasis of our researches was put upon the production of iron and nickel ions with different high charged states
among which 210 eμA Fe11+
175 eμA Fe12+
142 eμA Fe13+
25 eμA Fe16+
64 eμA Ni10+
57 eμA Ni13+
31 eμA Ni15+ and 15 eμ ANi16+ are typical. In this paper
two representative spectra of high charged state metallic ions
as well as some main parameters of working station (ECR ion source ) are given
and some discussion is also made.
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