Technology Readiness for Affordable Lunar and Mars Fission Surface Power Systems Based on Prior Liquid Metal Cooled Fast Reactor Programs

机译：基于现有液态金属冷却快堆程序的经济型月球和火星裂变表面动力系统的技术准备

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Affordable fission surface power systems (FSPSs) for NASA's lunar and Mars missions may be achievable if the technology developed in prior reactor programs is sufficient to avoid the need for additional high cost nuclear development programs. This paper reviews the technology required for fission surface power systems using liquid metal cooled fast reactors (LMRs) and examines the extent to which this technology is available from prior work. The history of the US and international LMR experience and related technology development programs are summarized. The technology results relevant to FSPS are discussed and compared to the requirements for satisfying NASA's anticipated needs.

机译：如果先前反应堆计划中开发的技术足以避免需要额外的高成本核开发计划，则可以实现用于NASA月球和火星飞行任务的价格合理的裂变地面动力系统（FSPS）。本文回顾了使用液态金属冷却快堆（LMR）的裂变表面动力系统所需的技术，并研究了该技术可从以前的工作中获得的程度。总结了美国和国际LMR经验的历史以及相关的技术开发计划。讨论了与FSPS相关的技术成果，并将其与满足NASA预期需求的要求进行了比较。

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《3rd topical meeting on nuclear and emerging technologies for space 2009》|2009年|1-8|共8页
会议地点 Atlanta GA(US);Atlanta GA(US)
作者
Sterling Bailey;
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作者单位

Bailey Engineering and Management, Inc !4167 Loma Rica Dr., Grass Valley, CA 95945;

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原文格式 PDF
正文语种 eng
中图分类核能工业;
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1. Neutronics and thermal-hydraulics analysis of a liquid metal fast reactor for expandable lunar surface power [J] . Timothy M. Schriener, Mohamed S. El-Genk Annals of nuclear energy . 2012,第期

机译：液态金属快堆用于可扩展月球表面功率的中子学和热工水力分析
2. A Model of the Fission Products Release from the Melt Pool during Severe Accident in a Liquid Metal Cooled Fast Reactor [J] . E. V. Usov, V. I. Chukhno, I. A. Klimonov, Thermal engineering . 2021,第2期

机译：在液体金属冷却的快速反应器中发生严重事故期间，裂变产品释放的裂变产品的模型
3. An Investigation to Develop Measurement Techniques for Quantifying Fission Product Transport in a Gas-cooled Fast Reactor—Versatile Test Reactor Program [J] . D. Orea, B. H. Choi, D. T. Nguyen, Transactions of the American nuclear society . 2019,第Juna期

机译：开发用于量化气冷快堆中裂变产物传输的测量技术的研究-多功能测试反应堆计划
4. LIQUID METAL TECHNOLOGY OPTIONS FOR A LUNAR-BASED FISSION SURFACE POWER SYSTEM [C] . Louis Quails, Abraham Weitzberg . 2009

机译：基于月牙裂变表面电源系统的液态金属技术选择
5. Safety and core design of large liquid-metal cooled fast breeder reactors [D] . Qvist, Staffan Alexander 2013

机译：大型液态金属冷却快中子增殖堆的安全性和核心设计
6. A REVIEW OF THE CURRENT STATUS OF RESEARCH ON THE CHEMICAL AND PHYSICAL ASPECTS OF LIQUID-METAL-COOLED FAST BREEDER REACTOR SAFETY. I. FISSION PRODUCT BEHAVIOR IN SODIUM. [O] . Castleman, A.W. Jr. 1970

机译：液体金属冷却快速反应器安全性化学和物理方面研究现状综述。 I.在钠中的裂变产物行为。
7. INTERIM DESCRIPTION OF A COMPUTER PROGRAM (STP-1) FOR ESTIMATING THE DISTRIBUTION OF FISSION AND CORROSION PRODUCT RADIOACTIVITY IN A LIQUID METAL-COOLED FAST BREEDER REACTOR, [R] . zwetzig, g. b. rose, p. f. 1969

机译：用于估算液体金属冷却快速育种反应堆中裂变和腐蚀产物放射性分布的计算机程序（sTp-1）的临时描述，

Technology Readiness for Affordable Lunar and Mars Fission Surface Power Systems Based on Prior Liquid Metal Cooled Fast Reactor Programs

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