Radiation and hygienic monitoring in the area of Zaporizka NPP under conditions of threa of radiation danger

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Abstract

Objective: To assess the results of monitoring radiation indicators of the state of the environment in the Zaporizhzhia region under the threat of a radiation accident at the Zaporizhzhia NPP in order to make decisions regarding the use of countermeasures. Materials and methods: As a result of the analysis of long-term observations, indicators of radioactivity in the event of a radiation accident were determined. More than 21,000 measurements of the gamma background of the territory were carried out in 13 settlements of the Zaporizhzhia region. The dosimetry method was used to measure the power of the equivalent dose. The radiometric method was used to study the total radioactivity of drinking water from the water supply network. 21 samples were taken. The study of the total beta activity of atmospheric precipitation and settling dust was carried out by the sedimentation method. A total of 34 samples were examined. Results: As a result of the conducted research, it was recorded that the radiation component in the territory of the region did not change – gamma background levels remained within the range of long-term observations of 10-12 μR•h-1. It was established that the total alpha and beta activity of drinking water meets the requirements of the current legislation. The results of the studies of atmospheric sediments and settled dust show that there is no increase in the total beta activity in the atmosphere compared to the average long-term indicator observed in the period before 1986.
在受到辐射危险威胁的情况下扎波罗热卡核电站地区的辐射和卫生监测
目的:对辐射事故威胁下的区域环境辐射状况指标监测结果进行评价,为制定应对措施提供依据。材料和方法:通过对长期观测结果的分析,确定了发生辐射事故时的放射性指标。在该地区的13个定居点进行了超过21000次的伽马背景测量。采用剂量学方法测定了等效剂量的功率。采用放射学方法对供水管网饮用水的总放射性进行了研究。共采集21份样本。采用沉降法对大气降水和沉降尘埃的总β活性进行了研究。共检测了34个样本。结果:研究结果表明,该地区的辐射成分没有发生变化,伽马本底水平保持在10-12 μR•h-1的长期观测范围内。现已确定,饮用水的总α和β活性符合现行立法的要求。对大气沉积物和沉降尘的研究结果表明,与1986年以前观测到的平均长期指标相比,大气中的总β活度没有增加。
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