FusionPapers
図版検索トレンドwiki日本の研究
© 2026 FUSIONPAPERS
About法務情報
トップに戻る

Use of magnetic diagnostics in stellarators

V.K. Pashnev, V.V. Nemov1993年被引用 3Nuclear FusionIF 3出版社

Problems in connection with the magnetic diagnostics applied in stellarators and its possibilities are discussed. The basic equations are obtained. These equations are used to connect the measurement results of the magnetic field outside the plasma with the plasma parameters and the magnetic configuration. The authors propose a method for determining the parameters of the magnetic configuration (the radius of the last magnetic surface, the rotational transform on this surface, the main harmonic amplitude of the stellarator field, etc.) that cannot be measured with sufficient precision by any existing diagnostics

日本語訳

ステラレーターに適用される磁気診断に関連する問題とその可能性について議論する。基本方程式が得られる。これらの方程式は、プラズマ外部の磁場の測定結果をプラズマパラメータおよび磁気配置と結び付けるために用いられる。著者らは、既存のいかなる診断によっても十分な精度で測定できない磁気配置のパラメータ(最終磁気面の半径、この面上の回転変換、ステラレーター場の基本高調波振幅など)を決定する方法を提案する。

wiki

Plasma diagnosticsStellaratorMagnetic diagnostics
この論文にはまだAI要約がありません。

関連論文

Determination of plasma shift in a stellarator from magnetic measurements

1990Nuclear Fusion

Effect of transverse magnetic field on axial magnetic surfaces of a three-turn stellarator perturbed by an equilibrium plasma

1976Nuclear Fusion

Compensation of magnetic-surface distortions in the central region of the magnetic configurations of ℓ = 3 stellarators and torsatrons

1982Nuclear Fusion

On the theory of magnetic diagnostics in stellarators and tokamaks

1997Fusion Engineering and Design

Equilibrium magnetic fields and currents in a nonaxisymmetric torus: external magnetic fields in stellarators

1996Nuclear Fusion

Magnetic well scan and confinement in the TJ-II stellarator

2015Nuclear Fusion

Magnetic systems of the stellarator type in the presence of a solenoid with a helical magnetic axis

1974Nuclear Fusion

Design of quasi-axisymmetric stellarators with varying-thickness permanent magnets based on Fourier and surface magnetic charges method

2021Nuclear Fusion

Study of neoclassical transport properties of W7-X using the integration along magnetic field lines

2003Plasma Physics and Controlled Fusion

Physics design point of high-field stellarator reactors

2022Nuclear Fusion