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

Trapped particle losses in torsatrons

M.S. Smirnova1993年被引用 4Nuclear FusionIF 3出版社

The confinement of helically trapped particles is studied in torsatrons of type t > l, in comparison with conventional torsatrons of the Heliotron-E type. The main emphasis is on the simulation of the lost trapped particle angular distribution on the last closed magnetic surface, as well as on the improvement of particle confinement due to the optimization of the vacuum magnetic configuration of a torsatron. Optimization criteria for a set of device parameters are proposed. The effect of toroidal satellite harmonics on trapped particle confinement is also studied

日本語訳

トーサトロン型(t > l)におけるヘリカル閉じ込め粒子の閉じ込めを、ヘリオトロンE型の従来型トーサトロンと比較して研究する。主な焦点は、最終閉鎖磁気面上における損失閉じ込め粒子の角度分布のシミュレーションと、トーサトロンの真空磁気配位の最適化による粒子閉じ込めの改善にある。一連の装置パラメータに対する最適化基準を提案する。トロイダル衛星高調波が閉じ込め粒子の閉じ込めに及ぼす影響についても研究する。

この論文にはまだAI要約がありません。

関連論文

Effect of high order magnetic field harmonics on trapped particle confinement in torsatrons and heliotrons

1996Nuclear Fusion

Influence of helical magnetic field satellite harmonics and of the radial electric field on charged particle motion in torsatrons

1992Nuclear Fusion

Reduction of the direct losses of charged particles in a torsatron with additional toroidal field coils

1996Nuclear Fusion

Neutral-beam injection calculations for torsatrons

1980Nuclear Fusion

Confinement physics study in a small low aspect ratio helical device: CHS

1999Nuclear Fusion

Study of α-particle confinement in an LHD-type heliotron reactor

2013Nuclear Fusion

Paraxial magnetic surfaces in an ℓ = 3 torsatron

1981Nuclear Fusion

Experimental characterization and modelling of the particle source in an Electron-Cyclotron wave driven toroidal plasma

2006Plasma Physics and Controlled Fusion

A study of equilibrium plasma currents in l=2 and l=3 torsatrons

1993Nuclear Fusion

Determination of broken KAM surfaces for particle orbits in toroidal confinement systems

2015Plasma Physics and Controlled Fusion