Progress on design and related R&D activities for the water-cooled breeder blanket for CFETR
查看参考文献22篇
文摘
The water-cooled ceramic breeder (WCCB) blanket is one of the blanket candidates for Chinese fusion engineering testing reactor (CFETR) and is being developed at the Institute of Plasma Physics,Chinese Academy of Sciences (ASIPP).This paper reviews design and evolution of the WCCB blanket for CFETR,and presents a new WCCB blanket design according to the latest CFETR core parameters (major and minor radii are R = 7.2 m and a = 2.2 m,respectively) and missions.This new design is expected to satisfy multiple CFETR operation modes of 0.2,0.5,1.0,and 1.5 GW fusion power and achieve tritium self-sufficiency.The feasibility of the updated blanket design is evaluated from the aspects of neutronics and thermo-hydraulics.Furthermore,the research and development (R&D) activities supporting to the WCCB blanket for CFETR are reported,including the design code,the water loop experiments,the pebble bed modeling and experiments,and the components fabrication technology.
来源
Theoretical and Applied Mechanics Letters
,2019,9(3):161-172 【核心库】
DOI
10.1016/j.taml.2019.03.001
关键词
Chinese fusion engineering testing
;
reactor
;
WCCB blanket
;
Research and development
地址
1.
Institute of Plasma Physics,Chinese Academy of Sciences, Hefei, 230031
2.
Advanced Energy Research Center,Shenzhen University, Shenzhen, 518060
3.
University of Science and Technology of China, Hefei, 230026
语种
英文
文献类型
研究性论文
ISSN
2095-0349
学科
原子能技术
基金
support of the National Key R&D Program of China
;
国家自然科学基金
文献收藏号
CSCD:6526365
参考文献 共
22
共2页
1.
Wan Y X. Present progresses and activities on the Chinese Fusion Engineering Test Reactor.
SOFT 2018 Conference
被引
1
次
2.
Liu S L. Conceptual design of the water cooled ceramic breeder blanket for CFETR based on pressurized water cooled reactor technology.
Fusion Eng. Des,2017,124:865-870
被引
5
次
3.
Liu S L. Conceptual design of a water cooled breeder blanket for CFETR.
Fusion Eng. Des,2014,89:1380-1385
被引
16
次
4.
Del Nevo A. WCLL breeding blanket design and integration for DEMO 2015: status and perspectives.
Fusion Eng. Des,2017,124:682-686
被引
1
次
5.
Liu S L. Updated design of water-cooled breeder blanket for CFETR.
Fusion Eng. Des,2019
被引
1
次
6.
Jiang K C. Thermal-hydraulic analysis on the whole module of water cooled ceramic breeder blanket for CFETR.
Fusion Eng. Des,2016,112:81-88
被引
4
次
7.
Jiang K C. The development and application of one thermal-hydraulic program based on ANSYS for design of ceramic breeder blanket of CFETR0.
Fusion Eng. Des,2015,34:1088-1093
被引
1
次
8.
Li J. Nuclear-thermal-coupled optimization code for the fusion breeding blanket conceptual design.
Fusion Eng. Des,2016,113:37-42
被引
1
次
9.
Jiang K C. Development of neutronic-thermal hydraulic-mechanic-coupled platform for WCCB blanket design for CFETR.
Fusion Eng. Des,2018,137:312-324
被引
1
次
10.
Jiang K C. Using one hybrid 3D-1D-3D approach for the conceptual design of WCCB blanket for CFETR.
Fusion Eng. Des,2017,114:57-71
被引
2
次
11.
Bao H. Experimental study on natural circulation heat transfer of square channel in water cooled blanket.
IEEE Trans. Plasma. Sci,2018,46:2291-2300
被引
2
次
12.
Bao H. Experimental study on the natural circulation subcooled boiling of square channel in fusion reactor blanket.
Energy Procedia,2018,144:186-194
被引
2
次
13.
Bao H. Experimental study on the dryout point and post-dryout heat transfer in square channel.
Fusion Eng. Des,2018,136:1012-1018
被引
3
次
14.
Liu S L. Numerical and experimental study on pebble bed flow characterics for water cooled ceramic breeder blanket of CFETR.
International Workshop on Mechanics of Energy Materials,2017
被引
1
次
15.
Wang C. Effective thermal conductivity of unitary and binary pebble beds: numerical prediction and experimental measurement.
International Workshop on Mechanics of Energy Materials,2018
被引
1
次
16.
Chen L. Investigation of the packing structure of pebble beds by DEM for CFETR WCCB.
J. Nucl. Sci. Technol,2016,53:803-808
被引
4
次
17.
Chen Y H. Flow characteristics analysis of purge gas in unitary pebble beds by CFD simulation coupled with DEM geometry model for fusion blanket.
Fusion Eng. Des,2017,114:84-90
被引
2
次
18.
Chen L. Investigation of effective thermal conductivity for pebble beds by one-way coupled CFDDEM method for CFETR WCC.
Fusion Eng. Des,2016,106:1-8
被引
5
次
19.
Chen L. A DEM-based heat transfer model for the evaluation of effective thermal conductivity of packed beds filled with stagnant fluid: Thermal contact theory and numerical simulation.
Int. J. Heat Mass Trans,2019,132:331-346
被引
5
次
20.
Wang J C. Microstructure and mechanical analysis of W/P91 steel HIP-joint with Ti interlayer.
Fusion Eng. Des,2016,112:67-73
被引
3
次