Perspective on critical heat flux research for reactor design and safety

机译：关键热通量研究对反应堆设计和安全性的展望

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This paper presents an overview of current issues, recent achievements, and future needs for critical heat flux (CHF) research with respect to reactor design and safety. The focus is given to water-cooled reactor applications but the fusion application is also covered. Major advances during the last 15 years are the improvement of prediction methods for both simple and complex geometries, and the new experimental works for new application areas. Future research directions are suggested as four areas: identification of physical mechanisms, extension of CHF data bases, improvement of prediction methods, and investigation of CHF enhancement techniques.

机译：本文概述了有关反应堆设计和安全性的当前问题，最新成就以及对关键热通量（CHF）研究的未来需求。重点放在水冷反应堆的应用上，但也涵盖了聚变应用。在过去的15年中，主要的进步是对简单和复杂几何形状的预测方法的改进，以及对新应用领域的新实验工作。建议未来的研究方向包括四个领域：物理机制的识别，CHF数据库的扩展，预测方法的改进以及CHF增强技术的研究。

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《International topical meeting on nuclear thermal hydraulics, operations and safety;NUTHOS-5》|1997年|p.AA1-1-8 ^b 8|共1页
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Soon Heung Chang; Won-Pil Baek;
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中图分类原子能技术;
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4. Perspective on critical heat flux research for reactor design and safety [C] . Soon Heung Chang, Won-Pil Baek International topical meeting on nuclear thermal hydraulics, operations and safety . 1997

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Perspective on critical heat flux research for reactor design and safety

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