首页> 外文会议>International symposium on progress in safety science and technology;2000 ISSST >Expert judgment and modelling of hazard/accident situations at radioactive waste facilities in sosnovy bor near ST.-Petersburg (russia)
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Expert judgment and modelling of hazard/accident situations at radioactive waste facilities in sosnovy bor near ST.-Petersburg (russia)

机译:圣彼得堡(俄罗斯)附近的sosnovy bor放射性废物设施的危险/事故情况的专家判断和建模

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In this work radiological hazard levels are established depending on the actual and hypothetical radionuclide release from the LSK storage facilities. Each level is determined by considering a part of the total activity which may migrate in the geosphere (as a result of any kind of accident) and reach its boundary with the biosphere. The IAEA recommendations were used to develop the model of the released radionuclide transport to people through basic foodchanis. The model takes into account geo-ecological features of the region where LSK "Radon" is located. The specific model-based calculations used a complex of parameters recommended i nthe latest research publications and guidelines (mostly international - IAEA, ICRP, SAVE project). These parameters enable to take into account the peculiarities of radionuclide transport through each foodchain link.
机译:在这项工作中,根据从LSK储存设施中释放出的实际和假定的放射性核素来确定放射性危害水平。每个级别的确定都考虑了可能在地球圈中迁移(由于任何种类的事故)并到达其与生物圈边界的全部活动的一部分。原子能机构的建议被用来建立通过基本食品机械向人释放的放射性核素运输模型。该模型考虑了LSK“ Radon”所在地区的地质生态特征。基于特定模型的计算使用了最新研究出版物和指南(主要是国际上的国际原子能机构,国际放射防护委员会,保存项目)推荐的复杂参数。这些参数能够考虑到通过每个食物链链接的放射性核素运输的特殊性。

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