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Fast ion kinetics and fusion reaction mechanism in the plasma focus

U. Jäger, H. Herold1987年被引用 111Nuclear FusionIF 3出版社

In a generalized beam-target model, the "Gyrating Particle Model" (GPM), the strong suprathermal fusion production of both dynamic phases of the plasma focus POSEIDON (W0 = 280 kJ, U0 = 60 kV, Mather type) is considered to be due to the fast accelerated deuterons gyrating in pinch structures. The results of this new model are compared with spectrally and spatially resolved measurements of fusion protons and accelerated deuterons, to give evidence of the validity of this generalized beam-target model for both phases. Statements are obtained on the number and distribution function of accelerated deuterons, necessary to explain the observed fusion yield.

日本語訳

一般化されたビーム・ターゲットモデルである「ジャイレーティング粒子モデル」(GPM)において、プラズマフォーカスPOSEIDON(W0 = 280 kJ、U0 = 60 kV、メーザー型)の両方の動的位相における強い超熱核融合生成は、ピンチ構造内でジャイレーティングする高速加速重陽子によるものと考えられている。この新しいモデルの結果は、核融合陽子および加速重陽子のスペクトル分解・空間分解測定と比較され、両方の位相に対するこの一般化されたビーム・ターゲットモデルの妥当性の証拠が得られる。観測された核融合収量を説明するために必要な加速重陽子の数および分布関数に関する知見が得られる。

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Fusion Advanced Studies TorusEnergetic ionPlasma focus
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