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The role of chain carriers in fusion reaction kinetics

A.A. Harms, E.M. Krenciglowa1980年被引用 7Nuclear FusionIF 3出版社

The role of chain carriers as contributors to multiplicative closed cycles in advanced fusion fuels is examined. Emphasis is placed on rate processes which can be used to characterize critical/supercritical/subcritical tendencies of arbitrary closed fusion cycles. Temporal trajectories for the chain carriers which describe both increasing and decreasing multiplicative processes have been found to exist and identified according to their fusion fuel cycle characteristics. Practical criteria to ensure the attainment of steady-state fusion reaction processes have been formulated in terms of fusion reaction rate relationships.

日本語訳

抄録: 先進核融合燃料における連鎖キャリアが、閉じた核融合サイクルにおける増倍過程の寄与因子として果たす役割を検討する。任意の閉じた核融合サイクルの臨界・超臨界・未臨界傾向を特徴づけるために用いることのできる速度過程に重点を置く。増倍過程と減倍過程の両方を記述する連鎖キャリアの時間的軌跡が存在することが見出され、それらの核融合燃料サイクル特性に基づいて識別された。定常核融合反応過程の達成を保証するための実用的な基準は、核融合反応速度の関係式の観点から定式化された。

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