NUMERICAL ANALYSIS FOR CONTROLLING THE EIGENMODE FORMATION OF ALFVEN WAVES IN THE GAMMA 10 TANDEM MIRROR

Y. Yamaguchi; M. Ichimura; H. Higaki; S. Kakimoto; K. Ide; D. Inoue; H. Nagai; K. Nakagome; A. Fukuyama; T. Cho

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NUMERICAL ANALYSIS FOR CONTROLLING THE EIGENMODE FORMATION OF ALFVEN WAVES IN THE GAMMA 10 TANDEM MIRROR

机译：伽玛10级串联反射镜控制波浪的特征模式形成的数值分析。

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The numerical analysis is performed with two-dimensional wave code for controlling the eigenmode formation of fast Alfven waves in the GAMMA 10 central cell. The plasma production by fast waves depends on the wave excitation in the plasma. Eigenmodes are strongly formed when the boundary conditions in the axial and radial directions are satisfied. As the optimum density for the formation of eigenmode exists discretely, the density is clamped at the value where the eigenmode is strongly formed. For the higher density plasma production, the eigenmodes must be continuously excited as the density increases. It is found that the almost continuous excitation of eigenmodes can be realized by using two waves with different frequencies at the same time.

机译：使用二维波代码执行数值分析，以控制GAMMA 10中央单元中快速Alfven波的本征模形成。快速波产生的等离子体取决于等离子体中的波激发。当满足轴向和径向上的边界条件时，本征模就会强烈形成。由于用于形成本征模的最佳密度离散存在，因此将密度限制在强烈形成本征模的值。为了产生更高密度的等离子体，必须随着密度的增加而连续激发本征模。发现通过同时使用两个不同频率的波可以实现本征模的几乎连续激发。

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来源
《Fusion Science and Technology》 |2005年第1t期|p.260-262|共3页
作者
Y. Yamaguchi; M. Ichimura; H. Higaki; S. Kakimoto; K. Ide; D. Inoue; H. Nagai; K. Nakagome; A. Fukuyama; T. Cho;
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Plasma Research Center, University of Tsukuba, Tsukuba, Ibaraki 305-8577, Japan;

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专利

1. EXCITATION OF THE LOW FREQUENCY SLOW ALFVEN WAVES ASSOCIATED WITH THE ALFVEN ION CYCLOTRON WAVES IN THE GAMMA 10 TANDEM MIRROR [J] . H. Higaki, M. Ichimura, K. Kadoya, Fusion Science and Technology . 2003,第1T期

机译：伽玛10串联反光镜中与低频离子回旋波相关的低频慢奇波激发
2. Eigenmode formations of m=1 fast Alfven waves in the ion-cyclotron frequency range in the GAMMA 10 central cell [J] . Yamaguchi Y, Ichimura M, Higaki H, Plasma physics and controlled fusion . 2006,第8期

机译：GAMMA 10中心电池中离子回旋加速器频率范围内m = 1个快速Alfven波的本征模形成
3. MEASUREMENT OF EXCITED FAST ALFVEN WAVES IN THE GAMMA 10 TANDEM MIRROR [J] . H.Higaki, M.Ichimura, Y. Yamaguchi, Fusion Science and Technology . 2005,第1T期

机译：GAMMA 10串联反射镜中兴奋的快速阿尔文波的测量
4. Behaviour of Hot Ions and Spontaneously Excited Alfven Ion Cyclotron Mode in the GAMMa 10 Tandem Mirror [C] . M.Ichimura, S.Tanaka, M.Nakamura, IAEA technical committee meeting on energetic particles in magnetic confinement systems . 2000

机译：热离子的行为，在伽玛10串镜中自发激动的Alfven离子回旋线
5. Application of millimeter-wave phase-imaging interferometry and study of radical transport in the GAMMA 10 tandem mirror [D] . Hattori Kunihiko 1991

机译：毫米波相位成像干涉术在GAMMA 10串联镜中的应用和自由基传输的研究
6. In-vivo and numerical analysis of the eigenmodes produced by a multi-level Tic-Tac-Toe head transmit array for 7 Tesla MRI [O] . Tales Santini, Yujuan Zhao, Sossena Wood, -1

机译：用于7 Tesla MRI的多层Tic-Tac-Toe头部发射阵列产生的本征模的体内和数值分析
7. Eigenmode formation of radio-frequency waves in the ion-cyclotron frequency range on the GAMMA 10 tandem mirror [O] . 山口裕資, ヤマグチユウスケ 2007

机译：GAMMA 10串联反射镜上离子回旋频率范围内的射频本征模形成
8. Fokker-Planck Calculation of Hot Electron Formation in the Thermal Barrier Region of Tandem Mirror gamma-10 [R] . Katanuma, I., Kiwamoto, Y., Sawada, K., 1984

机译：Fokker-planck计算串联镜γ-10热障区热电子形成

NUMERICAL ANALYSIS FOR CONTROLLING THE EIGENMODE FORMATION OF ALFVEN WAVES IN THE GAMMA 10 TANDEM MIRROR

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