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A linked mirror neutron source

V.P. Pastukhov, H.L. Berk1993年被引用 14Nuclear FusionIF 3出版社

A toroidally linked mirror system is proposed as a neutron source. The mirror core has the favourable feature of a high plasma beta in a relatively small volume. A low beta highly elliptical toroidal linkage prevents rapid electron thermal loss and enhances the power efficiency of previous designs of mirror machine based neutron sources to 30-40%. Specific problems related to the following are discussed: low beta toroidal MHD equilibrium, finite beta distortion of the plasma column, radial electric field, particle drift orbits, rotational stability, beam ion kinetics and cross-field transport

日本語訳

トロイダル結合ミラーシステムが中性子源として提案される。ミラーコアは比較的小さな体積において高いプラズマベータという有利な特性を有する。低ベータの高楕円トロイダル結合部は電子の急速な熱損失を防止し、従来のミラー機型中性子源設計の出力効率を30〜40%に向上させる。以下の事項に関連する具体的な問題について議論する:低ベータトロイダルMHD平衡、プラズマ柱の有限ベータ変形、動径電場、粒子ドリフト軌道、回転安定性、ビームイオン運動論、および横断場輸送。

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