第30卷 2010年
第1期 3月
核科学与工程
Chinese Journal of Nuclear Science and Engineering
聚变裂变混合发电堆
水冷包层热工水力学设计分析
Vol.30No.1
Mar.
2010
金鸣1.2，蒋洁琼1.2，刘松林1.2，王明煌1.2，柏云清1.2，吴宜灿1.2,FDS团队1.2
(1.中国科学院等高子体物理研究所，安数合肥230031： 2.中国科学技术大学核科学技术学院·安徽合肥230027)
摘要：一种以能量倍增为目标的聚变裂变混合发电堆（FDS-EM)概念已被提出，FDS-EM初步设计为可以产生约1.0GW的电功率，并能实现氛自持。本文对FDS-EM水冷包层进行了热工水力学设计与分析。设计采用了压水堆的成熟技术，并给出了典型的热工设计参数，通过对典型参数下包层的数值模拟
分析，得出了温度场和应力场分布，初步证明了设计的工程可行性。关键调：聚变：包层；混合堆：热工水力学
中图分类号：TL64.2
文献标志码：A
文章编号：0258-0918(2010)01-0077-06
Thermal-hydraulics design and analysis of water-cooled energy
production blanket for a fusion-fission hybrid reactor JIN Mingl, JIANG Jie-qiongl., LIU Song-lin,WANG Ming-huangl-2,
BAI Yun-qing"-2, WU Yi-can*, FDS Teaml-2
(1. Institute of Plasma Physics, Chinese Academy of Sciences, Hefei of Anhui Prov, 230031, China: 2. School of Nuclear Seience and Technology, University of Seienee and Technology of China,
Hefei of Anhui Prov, 230027, China)
Abstract: A conceptual design of fusion-fission hybrid reactor for energy production, named FDS-EM (Energy Multiplier), was proposed. It was preliminary designed to generate about an electricity power of about 1. O GW with self-sustaining tritium cycle. This contribution performed the thermal-hydraulics design and analyses for FDS-EM water-cooled blanket. The typical thermal-hydraulics parameters were designed by using mature technologies of PWR, and temperature and stress analyses were carried out, according to typical parameters of the blanket. The results preliminarily demonstrated
the engineering feasibility of the design. 收稿日期：2009-06-30；修回日期：2010-02-05
基金项目：中科院知识创新工翟重要方向项目：中科院重大科学装备，ITER计划专项项目作者简介：金略（1984-)，男，安数人博士生，现从事及应堆热工水力学研究
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