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使用Serpent2代码生成的压水堆乏核燃料数据库。

Pressurized water reactor spent nuclear fuel data library produced with the Serpent2 code.

作者信息

Elter Zsolt, Balkeståhl Li Pöder, Branger Erik, Grape Sophie

机构信息

Uppsala University, Sweden.

出版信息

Data Brief. 2020 Oct 20;33:106429. doi: 10.1016/j.dib.2020.106429. eCollection 2020 Dec.

Abstract

The paper describes a data library containing material composition of spent nuclear fuel. The data is extracted from burnup and depletion calculations with the Serpent2 code. The simulations were done with a PWR fuel pin cell geometry, for both initial UO and MOX fuel load for a wide range of initial enrichments (IE) or initial plutonium content (IPC), discharge burnup (BU) and cooling time (CT). The fuel library contains the atomic density of 279 nuclides (fission products and actinides), the total spontaneous fission rate, total photon emission rate, activity and decay heat at 789,406 different BU, CT, IE configurations for UO fuel and at 531,991 different BU, CT, IPC configurations for MOX fuel. The fuel library is organized in a publicly available comma separated value file, thus its further analysis is possible and simple.

摘要

该论文描述了一个包含乏核燃料材料成分的数据库。这些数据是从使用Serpent2代码进行的燃耗和衰变计算中提取的。模拟采用压水堆燃料棒单元几何结构,针对多种初始富集度(IE)或初始钚含量(IPC)、卸料燃耗(BU)和冷却时间(CT)的初始UO和MOX燃料装载情况进行。该燃料库包含279种核素(裂变产物和锕系元素)的原子密度、总自发裂变率、总光子发射率、在789406种不同的UO燃料的燃耗、冷却时间、初始富集度配置以及531991种不同的MOX燃料的燃耗、冷却时间、初始钚含量配置下的活度和衰变热。该燃料库以公开可用的逗号分隔值文件形式组织,因此其进一步分析既可行又简单。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/577a/7588691/305733ecd7d7/gr1.jpg

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