Sensitivity Studies Associated with Dosimetry Experiment Interpretation

S. Bourganel, M. Soldevila, A. Ferrer, G. Grégoire, C. Destouches, D. Beretz
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Abstract

Interpretation of reactor dosimetry experiments with C/E comparison requires precise knowledge of parameters involved in modeling. Some parameters have more weight than others on the calculated values. So, sensitivity studies should be conducted to verify the importance of these parameters. The conclusions of these studies are used to refine the experiment modeling, or to correct uncertainty calculations. The results of these sensitivity studies allow a post-irradiation analysis, which can justify the discarding of some atypical C/M values. Derived uncertainties may be improved by the sensitivity analyses. Beyond classical parameters as geometry or composition, this paper describes some specific sensitivity studies conducted for dosimetry irradiation in reactor, and presents conclusions. These studies are based on dosimeters irradiated in the EOLE reactor facility at Cadarache CEA center. Conclusions drawn from these studies are generic and can be applied to any dosimetry study. Calculations performed for these studies were realized using TRIPOLI-4 Monte Carlo code.
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与剂量学实验解释相关的敏感性研究
用C/E比较解释反应堆剂量学实验需要对建模中涉及的参数有精确的了解。某些参数对计算值的权重大于其他参数。因此,需要进行敏感性研究来验证这些参数的重要性。这些研究的结论用于改进实验模型,或校正不确定性计算。这些敏感性研究的结果允许辐照后分析,这可以证明抛弃一些非典型的C/M值是合理的。通过敏感性分析,可以改善推导出的不确定性。除了几何和成分等经典参数外,本文还介绍了在反应堆中进行的一些具体的剂量学辐照敏感性研究,并给出了结论。这些研究是基于在Cadarache CEA中心的EOLE反应堆设施中辐照的剂量计。从这些研究中得出的结论是通用的,可以应用于任何剂量学研究。这些研究的计算是使用TRIPOLI-4蒙特卡罗代码实现的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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