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MHD flow in liquid-metal-cooled blankets

L. Barleon, V. Casal, L. Lenhart1991年Fusion Engineering and DesignIF 1.7出版社

AbstractKfK is working on the development of a selfcooled liquid metal blanket. The basic physics of MHD-flow, its effect on heat transfer and its consequences on the design are discussed. The MHD key problems of the KfK reference concept are identified: They consist of 3-dimensional effects and channel interactions. Whereas for single channel poloidal flow a relative broad basis of data exists, the knowledge of the key problems is poore. Theoretical and experimental work has been initiated therefore to quantify them. First results on single channel flow are presented.

日本語訳

抄録KfKは、自己冷却液体金属ブランケットの開発に取り組んでいる。MHD流れの基礎物理、その熱伝達への影響、および設計への影響について論じる。KfKの参照設計におけるMHDの主要課題が特定されている:それらは、三次元効果とチャネル間干渉から構成される。単一チャネルのポロイダル流については比較的広範なデータ基盤が存在する一方で、主要課題に関する知識は不十分である。したがって、それらを定量化するための理論的および実験的研究が開始されている。単一チャネル流に関する最初の結果が提示される。

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MagnetohydrodynamicsMHD flow
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