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首页> 外文期刊>World Journal of Nuclear Science and Technology >Determination of Radon Content in Water Respecting to Directive of Council 2013/51/EURATOM
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Determination of Radon Content in Water Respecting to Directive of Council 2013/51/EURATOM

机译：根据理事会指令2013/51 / EURATOM确定水中的on含量

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In accordance with the recommendations of the most recent Directive of Council EURATOM No. 2013/51, which concerns requirements for the protection of the health of the general public with regard to radioactive substances in water intended for human consumption, we are obligated to monitor the level of approximate dose of radioactive substances. The directive indicates two basic isotopes: tritium and radon, which ought to be monitored continuously. Essential are also para-metric values as well as frequency, methods of monitoring of radioactive substances and equipment requirements. Directive states that measurements of content of tritium and radon ought to be taken as well as calculations of approximate dose natural and artificial radionuclides content should be done, apart from tritium, potassium-40, radon and short-living products of radon disintegration. In case if one of radioactive concentrations is over 20% of computational value or concentration of tritium is over parametric value analysis of additional radionuclides is required. A detailed list of radionuclides is presented in appendix No. 3 in the Directive. Laboratory of Nuclear Control Systems and Methods in the Institute of Nuclear Chemistry and Technology (INCT) worked out a Miniature Liquid Scintillation Counter (LCS) [1] [2], within a project titled “New generation of intelligent radiometric devices with cordless transmission of information” (UDA-POIG.01.03.01-14-065/08) co-financed by European Union from the European Regional Development Fund (ERDF). This Miniature Liquid Scintillation Counter may be used as a basic equipment resulting in the above mentioned directive. This article presents results of conducted research based on LCS and comparison of this results with the measurements carried out by Accredited Laboratory for Cali-bration of Dosimetric and Radon Instruments in Central Laboratory for Radiological Protection in Warsaw (CLOR).
机译：根据最新的理事会EURATOM指令第2013/51号的建议，该指令涉及在保护人类饮用水中的放射性物质方面保护公众健康的要求，我们有义务进行监测。放射性物质的近似剂量水平。该指令指示了两种基本同位素：and和ra，应对其进行连续监测。同样重要的是参数值以及频率，放射性物质的监测方法和设备要求。指令指出，除了tri，40钾，ra和short分解的短命产物外，还应测量measurements和ra的含量，并计算近似剂量的天然和人工放射性核素含量。如果放射性浓度之一超过计算值的20％或or浓度超过参数值，则需要分析其他放射性核素。放射性核素的详细清单列在该指令的附录3中。核化学与技术研究所（INCT）的核控制系统和方法实验室在题为“具有无线无损传输功能的新一代智能辐射测量设备”的项目中设计出了微型液体闪烁计数器（LCS）[1] [2]。信息”（UDA-POIG.01.03.01-14-065 / 08）由欧盟由欧洲区域发展基金（ERDF）共同资助。该微型液体闪烁计数器可用作导致上述指令的基本设备。本文介绍了基于LCS进行的研究结果，并将此结果与华沙放射防护中心实验室（CLOR）的剂量学和Rad气校准实验室认可的测量结果进行了比较。

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