ITER中国液态锂铅实验包层模块设计研究与实验策略The dual functional lithium lead test blanket module and the testing strategy for ITER
吴宜灿;汪卫华;刘松林;黄群英;郑善良;王红艳;陈红丽;陈明亮;柏云清;宋勇;章毛连;柯严;李春京;李艳芬;胡丽琴;刘萍;李静惊;李莹;许德政;曾勤;陈义学;
摘要(Abstract)：
在广泛调研和深入分析国际聚变堆包层发展状况的基础上,根据液态锂铅包层一般特点和中国发展的系列液态锂铅包层概念设计,提出了一个具有演示氦气单冷却剂和氦气/锂铅双冷却剂包层技术的双功能包层模块实验系统方案,对其性能进行了分析研究,作为中国向ITER实验包层工作组(TBWG)提交的液态包层实验模块最终设计描述文件的内容框架。总结了该工作主要内容,包括基本设计思想和方案描述、性能分析概况、对辅助系统的要求和实验策略与关键技术等。
关键词(KeyWords)： ITER;实验包层模块;液态锂铅;实验策略
基金项目(Foundation): 国家“973”计划
作者(Authors): 吴宜灿;汪卫华;刘松林;黄群英;郑善良;王红艳;陈红丽;陈明亮;柏云清;宋勇;章毛连;柯严;李春京;李艳芬;胡丽琴;刘萍;李静惊;李莹;许德政;曾勤;陈义学;
参考文献(References)：
- [1]ITER-FEAT Outline Design Report,ITER Meeting,Tokyo,January 2000.
- [2]The minutes of the 11thTBWG-11 Meeting,ITER-Joint Working Site,Garching,Germany,Oct.22-24,2003.
- [3]吴宜灿,汪卫华,刘松林,等.聚变发电反应堆概念设计研究[J].核科学与工程,2005,25(1):76-85.
- [4]吴宜灿,柯严,郑善良,等.聚变驱动次临界堆概念设计研究[J].核科学与工程,2004,24(1):72-80.
- [5]陈红丽,吴宜灿,柏云清.聚变制氢堆高温液态包层热工水力学新概念研究[J].核科学与工程,2005,25(4).
- [6]Wu Y,et al.Design Activities of Fusion(hybrid)Reac-tors in China,presented at the ITER TBWG-11 Meet-ing,Garching,Germany,October 22-24,2003.
- [7]Wu Y,et al.China LiPb Blanket(CLLB)Concept,presented at the ITER TBWG-12 Meeting,Naka,March 9-11,2004.
- [8]Wu Y,et al.Preliminary Design of DFLL(Dual Func-tional Lithium-Lead)TBM for ITER,presented at theITER TBWG-13 Meeting,Garching,July 7-9,2004.
- [9]Wu Y,et al.Design Status of FDS DEMOs and DFLL-TBM,presented at the ITER TBWG-14 Meeting,Na-ka,December 15-17,2004.
- [10]Wu Y,et al.Design Description Document for the DualFunctional Lithium Lead Test Blanket Module forITER,presented at the ITER TBWG-15 Meeting,Garching,July 12-13,2005.
- [11]黄群英,郁金南,万发荣,等.聚变堆低活化马氏体钢发展综述[J].核科学与工程,2004,24(1):56-64.
- [12]Wong C,Abdou M,et al.Design Description Documentfor the U.S.Dual Coolant Pb-17Li(DCLL)Test Blan-ket Module,Report to the ITER Test Blanket WorkingGroup(TBWG),2005.
- [13]Rieth M,Schirra M,et al.Eurofer97-Tensile,Charpy,Creep and Structural Tests[R].FZKA 6911(2003).
- [14]吴宜灿,李莹,卢磊,等.MCNP粒子输运计算自动建模程序的研究与发展[J].核科学与工程,2005,25(4).
- [15]Briesmeister J F(Ed.).MCNP4C General Monte CarloN-Particle Transport Code,Los Alamos National Labo-ratory,LA-13709-M,2000.
- [16]Pashshenko A B.Completion of FENDL-1 and Start ofFENDL-2,IAEA Report INDC(NDS)-352,1996.
- [17]Gao Chun-jing,et al.Integral Data Test of HENDL1.0/MG and VisualBUS with Neutronics Shielding Ex-periments(I)[J].Plasma Physics and Technology,2004,6(5):2507-2513.
- [18]Sublet J C,et al.The European Activation File:EAF-99 cross section library,UKAEA Fusion,ReportUKAEA FUS 408,December 1998.
- [19]Rocco P,et al.Recycling and clearance possibilities-finalreport of task 4.2,SEAFP2:4.2:JRC:4(Rev.1),Sep-tember 1998.
- [20]Vetter J E,et al.ITER-FEAT,Report from the TB-WG for the Period of Extension of the EDA,May 2001.