Monitoring of Natural Radioactivity in Drinking Water and Food with Emphasis on Alpha-Emitting Radionuclides

M. Zehringer
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引用次数: 5

Abstract

Alpha spectrometry is an indispensable technique in the radiology lab for the analysis of natural radionuclides. While the powerful ICP/MS is used more and more for the analysis of uranium and thorium, other radionuclides, such as 226 Ra, are difficult to analyze with this technique due to their very high specific activities. The following chapter is introduced by a description of the problems, which may occur when working in the ultra-trace level. A description of the commonly used extraction and enrichment techniques for alpha nuclides and a short survey of the commonly applied detection techniques are given. The main application of alpha spectrometry in our laboratory is the monitoring of tap and mineral waters. Besides water, some specific food categories, such as fish, seafood, spices or healing earths, are monitored for their content of natural radionuclides.
饮用水和食物中天然放射性的监测,重点是α -放射核素
α光谱法是放射实验室分析天然放射性核素不可缺少的技术。虽然强大的ICP/MS越来越多地用于铀和钍的分析,但其他放射性核素,如226 Ra,由于其非常高的比活度,难以用该技术分析。下一章介绍了在超跟踪级别工作时可能出现的问题。介绍了常用的α核素提取和富集技术,并对常用的检测技术作了简要的综述。α光谱法在我们实验室的主要应用是自来水和矿泉水的监测。除水外,还监测了某些特定食物类别,如鱼、海鲜、香料或愈合土,以检测其天然放射性核素的含量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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