Plasma Current Ramp- Up in the Component Test Facility (CTF) - Collections

＜conference paper＞
Plasma Current Ramp- Up in the Component Test Facility (CTF)

Creator	Creator Name 御手洗, 修 Mitarai, Osamu Affiliation Affiliation Name 九州東海大学 Kyushu Tokai University
	Creator Name Peng, Martin Affiliation Affiliation Name Oak Ridge National Laboratory
	Creator Name 高瀬, 雄一 Takase, Yuichi Affiliation Affiliation Name 東京大学 University of Tokyo
Language	Japanese
Publisher	The Institute of Electrical Engineers of Japan
Publisher	一般社団法人電気学会
Date	2005-08-04
Source Title	The Papers of Technical Meeting on Plasma Science and Technology, IEE Japan
Source Title	プラズマ研究会資料
First Page	31
Last Page	36
Publication Type	Version of Record
Access Rights	open access
Abstract	Plasma current ramp-up in CTF has been studied by the heating power and vertical field without a central solenoid in the case of equal electron and ion temperature. For the fusion power of 150 MW, the... plasma current up to 12. 8 MA has been obtained by the 40 MW heating/current drive power. To maintain the steady state the more power of 64 MW is required because of no additional current drive capability supplied by the vertical field as in the transient phase. Steady state operation with the maximum neutron wall loading of 2 MW/m^2, much lower density than the Greenwald limit, and lower beta of 24 % than the present experimental value in CTF are attractive for developing ignition physics and fusion technology.show more

File	FileType	Size	Views	Description
2005-電気学会研究会資料-CTF	pdf	450 KB	287