采用CS-30等时性回旋加速器制备放射性核素175Hf,173Hf和173Lu的研究
Study of the Preparation to Produce Radionuclide 175Hf, 173Hf and 173Lu with CS-30 Isochronous Cyclotron
我们采用了CS-30等时性回旋加速器提供的a 束流轰击天然镱靶,对放射性核素175Hf,173Hf和173Lu的制备工艺进行了研究。为了进一步减少经a 粒子辐照后的天然镱靶在测量过程中65Zn和67Ga等杂质的干扰,采取了放射化学的方法进行分离和提纯。然后利用低本底伽马谱仪系统对活化后的反应产物做了长时间的跟踪测量,获取了反应产物的 g谱线分支比,半衰期等相关数据。从而得出a ?粒子在不同能量入射情况下,生成上述放射性核素的生成量。
Based on our domestic experimental condition, CS-30 isochronous cyclotron could be considered to produce radionuclide 175Hf, 173Hf and 173Lu with a particle beam bombarded natural ytterbium. After irradiation, some special chemical procedures have been done for the ytterbium samples in order to reduce background caused by the decay of 65Zn, 67Ga and so on. g spectroscopy has been measured for a long time in order to obtain the information about the products of these nuclear reactions with low background HPGe spectrometer. Therefore, some data, such as branching ratio, half-life, have been obtained and the corresponding content of radioisotopes in sample has been obtained for some nuclear reactions with a particle different energy irradiation.
宗鹏飞、杨少波、赵江涛、王铁山
放射性同位素生产加速器
a粒子活化175Hf,173Hf和173Lu半衰期效率刻度
a particle activationRadionuclide 175Hf173Hf and 173Luhalf-lifeefficiency calibration
宗鹏飞,杨少波,赵江涛,王铁山.采用CS-30等时性回旋加速器制备放射性核素175Hf,173Hf和173Lu的研究[EB/OL].(2010-05-21)[2025-08-22].http://www.paper.edu.cn/releasepaper/content/201005-523.点此复制
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