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首页> 外文期刊>Journal of engineering physics and thermophysics >Analysis of the safety of the burial grounds of decontamination waste of Chernobyl origin in the territory of Belarus
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Analysis of the safety of the burial grounds of decontamination waste of Chernobyl origin in the territory of Belarus

机译:白俄罗斯境内切尔诺贝利污染浪费渣土的安全性分析

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摘要

Unsatisfactory conditions of storage of decontamination waste (DW) in the storages formed in the territory of Belarus after the Chernobyl accident require the evaluation of the level of protection of the environment and population. The potential hazard of the decontamination waste burial grounds (DWBGs) has been evaluated based on the use of a generalized multichamber model that was verified by comparing the calculation results and the results obtained by the American (GW SCREEN) model. The characteristics of the 24 largest and most hazardous DWBGs are given and the evaluations of their safety are presented. The zones of influence of these storages, whose size varies from 100 to 330 m, have been determined. The reliability of the prediction evaluation of a possible hazardous radioactive contamination of water near the storages has been verified using the Dudichi DWBG as an example.
机译:在切尔诺贝利事故中,在白俄罗斯境内在白俄罗斯的境内储存的储存垃圾(DW)的储存条件不令人满意,要求评估环境和人口的保护水平。 基于使用通过比较计算结果和美国(GW屏幕)模型获得的结果来验证的广义多分析模型来评估去污废物埋地地(DWBG)的潜在危害。 给出了24个最大和最危险的DWBG的特征,并提出了对其安全的评估。 已经确定了这些存储器的影响的区域,其尺寸从100到330米变化。 使用Dudichi DWBG作为示例,已经通过Dudichi DWBG验证了存储附近的可能危险放射性污染的预测评估的可靠性。

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