作者
M Aꎬ Abdou, A Ying, N Morley, K Gulec, S Smolentsev, M Kotschenreuther, S Malang, S Zinkle, T Rognlien, P Fogarty, B Nelson, R Nygren, K McCarthy, MZ Youssef, N Ghoniem, D Sze, C Wong, M Sawan, H Khater, R Woolley, R Mattas, R Moir, S Sharafat, J Brooks, A Hassanein, D Petti, M Tillack, M Ulrickson, T Uchimoto, APEX TEAM
发表日期
2001/2/1
期刊
Fusion Engineering and Design
卷号
54
期号
2
页码范围
181-247
出版商
North-Holland
简介
This study, called APEX, is exploring novel concepts for fusion chamber technology that can substantially improve the attractiveness of fusion energy systems. The emphasis of the study is on fundamental understanding and advancing the underlying engineering sciences, integration of the physics and engineering requirements, and enhancing innovation for the chamber technology components surrounding the plasma. The chamber technology goals in APEX include: (1) high power density capability with neutron wall load >10 MW/m2 and surface heat flux >2 MW/m2, (2) high power conversion efficiency (>40%), (3) high availability, and (4) simple technological and material constraints. Two classes of innovative concepts have emerged that offer great promise and deserve further research and development. The first class seeks to eliminate the solid “bare” first wall by flowing liquids facing the plasma. This liquid …
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MA Abdou, A Ying, N Morley, K Gulec, S Smolentsev… - Fusion Engineering and Design, 2001