圣彼得堡不同地区的背景辐射特征

V. G. Puzyrev, I. Vasilyeva, D.A. Zemlyanoi, Y. Kapyrina
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引用次数: 0

摘要

辐射安全是特大城市生态系统的重要组成部分。目前,辐射因子对生物圈的影响被认为是决定因素之一,因此有必要对人类的环境和辐射安全进行监测。这项研究的目的是根据自动辐射监测系统(АSКRО)的数据及其本身在圣彼得堡西南地区的测量结果,对伽马辐射的环境等效剂量率(ADER)进行比较评估。本文根据АSКRО的数据,以及使用“生态学家profi”剂量辐射计对圣彼得堡西南地区ADER的测量结果,对圣彼得堡过去五年的辐射背景进行了分析。在分析圣彼得堡各区的辐射水平时,发现ADER水平相对较高的地区包括中部和西南部地区。我们自己的测量结果与АSКRО的数据具有可比性;数据样本之间没有显著差异。研究结果表明,АSКRО数据可用于对圣彼得堡某些地区的辐射情况进行一般性描述,但不能代替实际的辐射控制(监测)。必须不断地控制和监测该区域的辐射情况,以便获得信息以便及时发现辐射情况的变化,并防止辐射照射对人口和自然环境可能产生的不利后果。
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Features of background radiation of different St. Petersburg districts
Radiation safety takes an essential part in the megalopolises' ecological system. Nowadays the influence of radiation factor on the biosphere is considered one of the determining factors and it causes the necessity to monitor the environmental and radiation safety of the population. The aim of the study is a comparative assessment of the ambient equivalent dose rate (ADER) of gamma radiation according to automated radiation monitoring system (АSКRО) data and its own measurements in the South-Western district of St. Petersburg. The article presents an analysis of the radiation background of St. Petersburg over the past five years based on the data of the АSКRО, as well as the results of own measurements of the ADER in the South-Western district of St. Petersburg using the dosimeter-radiometer "Ecologist profi". When analyzing the radiation levels of various districts of St. Petersburg, it was found that the regions with a relatively higher level of ADER included the Central and South-Western regions. The results of our own meas-urements are comparable with the data from АSКRО; there are no significant differences be-tween the data samples. The results of the study show that the АSКRО data can be used for a general description of the radiation situation in certain areas of St. Petersburg, but they can not serve as a substitute for operational radiation control (monitoring). It is necessary to constantly control and monitor the radiation situation in the region in order to obtain information for timely detection of changes in the radiation situation and to prevent possible negative consequences of radiation exposure for the population and the natural environment.
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