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Radiation monitoring of the environment: innovative technologies and informatization

机译:环境辐射监测:创新技术和信息化

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Now the Republic of Belarus has a modern system of radiation monitoring of the environment, which is based on innovative technologies, including information technologies. The Republic of Belarus has good practices in organizing radiation monitoring of the environment after the accident at the Chernobyl NPP. Between 1986 and 2017, over 630,000 soil samples were measured for radionuclide contamination, including cesium-137. With the use of GIS technologies maps of radioactive contamination of the territory of Belarus with cesium-137, strontium-90, isotopes of plutonium and americium-241 have been created. New methodical approaches to the formation of a radiation monitoring system were developed in case of new threats to radiation safety, for example, the construction of nuclear power plants. Based on the experience of studying the behavior of radionuclides, an integrated biospheric approach to the organization of radiation monitoring of the environment is developed.
机译:现在,白俄罗斯共和国拥有现代化的环境辐射监测系统,基于创新技术,包括信息技术。白俄罗斯共和国在切尔诺贝利NPP事故发生后对环境的辐射监测有良好的做法。在1986年至2017年间,测量了超过630,000种土壤样品,用于放射性核素污染,包括铯-137。利用GIS技术的地图与白俄罗斯境内与铯-137,锶-90,钚和Americium-241同位素的放射性污染地图。在辐射安全的新威胁的情况下,开发了对辐射监测系统形成的新方法方法,例如,核电厂的建设。基于研究放射性核素的行为的体验,制定了对环境辐射监测组织的一体化生物学方法。

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