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A numerical methodology for estimation of volatile fission products release from nuclear fuel

机译:估算核燃料中挥发性裂变产物释放的数值方法

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In this paper we have developed a numerical methodology which is capable of estimating volatile fission product release from nuclear fuel under changing irradiation conditions with incorporation of all physical phenomena's. The present study bridges the gap between previous analytical studies by providing estimation of unstable fission product release under accidental condition with and without incorporation of precursor's history effect. Based on the present methodology a computer model "FIPRAP-Fission Product Release Analysis Program" has been developed and validated with standard fission product release problems and benchmarked against internationally accepted CORSOR-BOOTH model as well as Accident Source Term Evaluation Code (ASTEC). The result of the proposed model lies within 15% of internationally accepted models. (C) 2017 Elsevier B. V. All rights reserved.
机译:在本文中,我们开发了一种数值方法,该方法能够估计在变化的辐照条件下并结合所有物理现象而从核燃料中释放出的挥发性裂变产物。本研究通过提供在不考虑前体历史影响的情况下和在偶然条件下不稳定裂变产物释放的估计,从而弥合了先前分析研究之间的差距。基于当前方法,已经开发了计算机模型“ FIPRAP-裂变产品释放分析程序”,并通过标准裂变产品释放问题进行了验证,并以国际公认的CORSOR-BOOTH模型以及事故源术语评估代码(ASTEC)为基准。所提出模型的结果在国际公认模型的15%之内。 (C)2017 Elsevier B.V.保留所有权利。

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