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The Dense Z-Pinch (DZP) as a fusion power reactor: preliminary scaling calculations and systems energy balance

R.L. Hagenson, A.S. Tai, R.A. Krakowski, R.W. Moses1981年被引用 24Nuclear FusionIF 3出版社

A conceptual DT fusion reactor is described that is based upon the dense Z-pinch (DZP). This study emphasizes plasma modelling and the parametric assessment of the reactor energy balance. Numerical models have been developed and evaluated to achieve this goal. The resulting optimal reactor operating point promises a high-Q, low-yield system of a scale that may allow the use of conventional high-voltage Marx/water-line technology to drive a potentially very small reactor system.

日本語訳

高密度Zピンチ(DZP)に基づく概念的なDT核融合炉について述べる。本研究は、プラズマモデリングと炉のエネルギー収支のパラメトリック評価に重点を置く。この目標を達成するために数値モデルが開発され、評価された。得られた最適な炉の運転点は、高Q・低収量のシステムを実現し、その規模は、従来の高電圧マルクス/水線技術を用いて駆動可能な、潜在的に非常に小型の炉システムを可能にするものである。

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