The ITER blanket system design challenge

Nuclear Fushion

article

A.R. Raffray¹  B. Calcagno¹  P. Chappuis¹  Zhang Fu¹  A. Furmanek¹  Chen Jiming²  D-H. Kim³  S. Khomiakov⁴  A. Labusov⁵  A. Martin¹  M. Merola¹  R. Mitteau¹  S. Sadakov¹  M. Ulrickson⁶  F. Zacchia⁷ 

[1] ITER Organization;Southwestern Institute of Physics;ITER Korea, National Fusion Research Institute;N.A. Dollezhal Research and Development Institute of Power Engineering;Efremov Institute;MS-1129, PO Box 5800, Sandia National Laboratories;Fusion for Energy, ITER Department, Torres Diagonal Litoral B3

关键词: dual floating gate;    flash memory;    multilevel;    channel hot electrons (CHE);    drain avalanche hot electrons (DAHE);    Fowler-Nordheim (FN) tunneling;    substrate hot electron (SHE);    threshold voltage;    triple well technology;   

DOI  :  10.1088/0029-5515/54/3/033004

来源: Institute of Physics Publishing Ltd.

【 摘 要 】

This paper summarizes the latest progress in the ITER blanket system design as it proceeds through its final design phase with the Final Design Review planned for Spring 2013. The blanket design is constrained by demanding and sometime conflicting design and interface requirements from the plasma and systems such as the vacuum vessel, in-vessel coils and blanket manifolds. This represents a major design challenge, which is highlighted in this paper with examples of design solutions to accommodate some of the key interface and integration requirements.

【 授权许可】

Unknown