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首页> 外文期刊>Journal of Radioanalytical and Nuclear Chemistry: An International Journal Dealing with All Aspects and Applications of Nuclear Chemistry >Portable automated separation system for routine purification and/or pre-concentration of radionuclides based on column chromatography
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Portable automated separation system for routine purification and/or pre-concentration of radionuclides based on column chromatography

机译:便携式自动分离系统,用于基于柱色谱的常规纯化和/或预浓缩放射性核素

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摘要

In recent years the purification and/or pre-concentration of radionuclides before the measurement has grown increasing interest in analytical chemistry. In this study, a new compact and portable stand-alone equipment permitting automatisation of various separation tasks is developed. The new system allows performing quick and reliable automated separation of the selected radionuclide. Since there is no need for permanent manual control of the separation procedures (automatic loading of the sample, washing and stripping solution on the column are controlled via a computer program) the system can be operated overnight. The new system posses the possibility of more variable control for the separation process via new developed user-friendly software, is shielded against the chemical vapors and could be universally equipped with any available chromatographic column. For the automated separation of U, Pu and Am isotopes (achieved recoveries were in the range of 65-95 %, depending on the element separated. The data, presented, show that the application of the module should be also straightforward for other elements: simply by changing the chromatographic columns with the resin having high chemical selectivity for the target ion. The developed separation column module, software and hardware can be readily adapted in any laboratory to meet defined analytical requirements.
机译:近年来,在测量之前对放射性核素的纯化和/或预浓缩已引起人们对分析化学的越来越浓厚的兴趣。在这项研究中,开发了一种新的紧凑且便携式的独立设备,可以自动执行各种分离任务。新系统可以对选定的放射性核素进行快速可靠的自动分离。由于不需要永久性地手动控制分离程序(通过计算机程序控制样品在柱上的自动加载,洗涤和汽提溶液的控制),因此该系统可以过夜运行。新系统可以通过新开发的用户友好软件对分离过程进行更多可变的控制,可以屏蔽化学蒸汽,并且可以普遍配备任何可用的色谱柱。对于U,Pu和Am同位素的自动分离(取决于所分离的元素,回收率在65-95%范围内。显示的数据表明,该模块的应用对于其他元素也应很简单:只需更换具有对目标离子具有高化学选择性的树脂的色谱柱即可,开发的分离柱模块,软件和硬件可以轻松地在任何实验室中使用,以满足定义的分析要求。

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