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Derivation of the ion sphere slowing-down expression for inertial confinement fusion

D.B. Harris, G.H. Miley1988年被引用 1Nuclear FusionIF 3出版社

In the early stages of the burn of an inertial confinement fusion (ICF) target, the plasma parameter g can be greater than one, indicating that the number of electrons in a Debye cube is less than one. Under these conditions, the assumptions used in the classical plasma treatment are not valid. A fusion product slowing-down model is derived for strongly coupled non-classical plasmas and is compared with the classical slowing-down expression. A simple expression for interpolation between the classical region and the nonclassical region is proposed. The effect that this new slowing-down expression has on the burn of ICF targets is investigated in a companion paper.

日本語訳

慣性核融合(ICF)ターゲットの燃焼初期段階において、プラズマパラメータgは1より大きくなり得る。これは、デバイ立方体中の電子数が1未満であることを示している。このような条件下では、古典的プラズマ処理で用いられる仮定は有効ではない。強結合非古典的プラズマに対する核融合生成物の減速モデルを導出し、古典的な減速式と比較する。古典領域と非古典領域の間の補間のための簡潔な式を提案する。この新しい減速式がICFターゲットの燃焼に及ぼす影響は、併走論文で調査される。

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