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Influence of Radiation on Formation of Fission Product Aerosols During LWR Degraded Core Accidents

机译：LWR退化核心事故中辐射对裂变产物气溶胶形成的影响

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Purpose of this paper is to construct a model for estimating the number density of ions produced by the high radiation levels in reactor core and upper plenum and to use this estimate to determine the effect of ions on the formation of fission product aerosols. (ERA citation 09:030858)

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作者
Chuang, C. F.; Im, K. H.; Ahluwalia, R. K.;
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年度 1984
页码 p.1-7
总页数 7
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
PWR Type Reactors; Reactor Accidents; Water Cooled Reactors; Fission Products; Radioactive Aerosols; Ionization;

机译：pWR型反应堆;反应堆事故;水冷堆反应堆;裂变产物;放射性气溶胶;电离;

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专利

1. Influence of boron carbide on core degradation during severe accidents in LWRs [J] . Martin Steinbrueck Annals of nuclear energy . 2014,第feba期

机译：轻水堆严重事故中碳化硼对堆芯降解的影响
2. Distribution of fission product residual decay heat in stratified core melt of LWR and its influence on sidewall heat flux [J] . V.D.Ozrin, V.I.Tarasov, A.S. Filippov, Nuclear Engineering and Design . 2013,第auga期

机译：轻水堆分层熔体中裂变产物残余衰变热的分布及其对侧壁热通量的影响
3. Analysis of core degradation and fission products release in Phebus FPT1 test at IRSN by detailed severe accidents analysis code, IMPACT/SAMPSON [J] . Ikeda T., Terada M., Karasawa H., Journal of nuclear science and technology . 2003,第8期

机译：通过详细的严重事故分析代码IMPACT / SAMPSON分析IRSN的Phebus FPT1测试中的核降解和裂变产物释放
4. INFLUENCE OF BORON CARBIDE ON CORE DEGRADATION DURING SEVERE ACCIDENTS IN LWRS [C] . Martin Steinbrueck International conference on nuclear engineering;ASME power conference . 2012

机译：LWRS中严重事故期间碳化硼对孔洞降解的影响
5. Development of fission-products transport model in severe-accident scenarios for Scdap/Relap5. [D] . Honaiser, Eduardo Henrique Rangel. 2003

机译：在严重事故场景下为Scdap / Relap开发裂变产物运输模型5。
6. Formation of Diacetyl and Other α-DicarbonylCompounds during the Generation of E-Vapor Product Aerosols [O] . Matt S. Melvin, Karen C. Avery, Regina M. Ballentine, 2020

机译：形成二乙酰基和其他α-二羰基电子蒸气产品气雾生成过程中的化合物
7. Analysis of Core Degradation and Fission Products Release in Phebus FPT1 Test at IRSN by Detailed Severe Accidents Analysis Code, IMPACT/SAMPSON [O] . Takashi IKEDA, Masafumi TERADA, Hidetoshi KARASAWA, 2003

机译：通过详细的严重事故分析代码，影响/桑普森，IRSN在IRSN的植物FPT1测试中释放核心退化和裂变产品分析
8. Influence of Radiation on Formation of Fission Product Aerosols During LWR Degraded Core Accidents [R] . Chuang, C. F., Im, K. H., Ahluwalia, R. K. 1984

机译：LWR退化核心事故中辐射对裂变产物气溶胶形成的影响

Influence of Radiation on Formation of Fission Product Aerosols During LWR Degraded Core Accidents

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