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首页> 外文期刊>Lietuvos Mokslu Akademija: Energetika >Calculation of the multiplication factor of RBMK reactor spent fuel dry storage casks by computer code APOLLO1
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Calculation of the multiplication factor of RBMK reactor spent fuel dry storage casks by computer code APOLLO1

机译：通过计算机代码APOLLO1计算RBMK反应堆乏燃料干式储存桶的倍增系数

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摘要

The computer code APOLLO 1 was developed for calculation of reactor lattices. But it can be also applied to estimate the neutron multiplication factor values in homogenised nuclear fuel systems, for example, in spent nuclear fuel casks. The results of calculation of the multiplication factor for RBMK reactor spent fuel dry storage casks CASTOR and CONSTOR in dependence of fuel burn-up and water concentrations are presented. Maximum values are given, when storage casks are filled with fresh nuclear fuel. When fuel burn-up increases, the values of the multiplication factor decrease. There exists the amount of water at which the maximum k{sub}(inf) is obtained. It depends on the system structure.
机译：开发了计算机代码APOLLO 1来计算反应堆晶格。但是它也可以用于估计均质化核燃料系统（例如，乏核燃料桶）中的中子倍增因子值。给出了RBMK反应堆乏燃料干式存储桶CASTOR和CONSTOR的倍增系数的计算结果，该乘积取决于燃料燃耗和水浓度。当储存桶中充满新鲜的核燃料时，将给出最大值。当燃料燃耗增加时，乘数的值减小。存在获得最大k {sub}（inf）的水量。这取决于系统结构。

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