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Critical Experiments on Low Enriched Uranyl Nitrate Solution with STACY

机译:STACY低浓硝酸铀酰溶液的关键实验

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摘要

As the STACY started steady operations, systematic criticality data on low enriched uranyl nitrate solution system could be accumulated. Main experimental parameters for the cylindrical tank of 60 cm in diameter were uranium concentration and the reflector condition. Basic data on a simple geometry will be helpful for the validation of the standard criticality safety codes, and for evaluating the safety margin included in the criticality designs.rnExperiments on the reactivity effects of structural materials such as borated concrete and polyethylene are on schedule next year as the second series of experiments using 10 wt% enriched uranyl solution. Furthermore, neutron interacting experiments with two slab tanks will be performed to investigate the fundamental properties of neutron interaction effects between core tanks. These data will be useful for making more reasonable calculation models and for evaluating the safety margin in the criticality designs for the multiple unit system.
机译:随着STACY开始稳定运行,可以收集有关低浓硝酸铀酰溶液系统的系统关键性数据。直径为60 cm的圆柱形储罐的主要实验参数是铀浓度和反射器条件。简单几何形状的基本数据将有助于验证标准临界安全规范,并有助于评估临界设计中包含的安全余量。明年计划对硼酸混凝土和聚乙烯等结构材料的反应性进行实验。作为使用10 wt%富集的铀酰溶液的第二系列实验。此外,将进行两个平板罐的中子相互作用实验,以研究堆芯罐之间中子相互作用效应的基本性质。这些数据对于建立更合理的计算模型以及评估多单元系统的临界设计中的安全裕度很有用。

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