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m=2 mode activity during lower hybrid current drive in ASDEX

H Zohm, F X Soldner, H Bruhns, R Buchse, F Leuterer, The ASDEX Team1991年Plasma Physics and Controlled FusionIF 2.2出版社

The behaviour of the (2, 1) tearing mode in lower hybrid current drive (LHCD) discharges in ASDEX is examined. Due to the change in the current profile j(r), this mode can be destabilized during LHCD. This often leads to mode locking and a disruption, thereby limiting the amount of LH power that can be transferred to the plasma during current drive. A statistical analysis for two different current drive spectra shows that this power limit is dependent on both plasma current Ip and line-averaged electron density nc. The authors discuss the possibilities of disruption control and show how tailoring of the LHCD spectra might avoid the occurrence of the (2, 1) mode.

日本語訳

ASDEXにおける低混成波電流駆動(LHCD)放電中の(2, 1)テアリングモードの挙動を調べた。電流分布j(r)の変化により、このモードはLHCD中に不安定化する可能性がある。これはしばしばモードロッキングとディスラプションを引き起こし、電流駆動中にプラズマへ伝達できるLHパワーを制限する。2つの異なる電流駆動スペクトルに対する統計解析により、このパワー限界はプラズマ電流Ipと線平均電子密度ncの両方に依存することが示された。著者らはディスラプション制御の可能性について議論し、LHスペクトルの調整が(2, 1)モードの発生を回避し得ることを示す。

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ASDEXCurrent driveLower hybridLower hybrid current drive
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