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Divertorlets concept for low-recycling fusion reactor divertor: experimental, analytical and numerical verification

F. Saenz, Z. Sun, A.E. Fisher, B. Wynne, E. Kolemen2022年被引用 2Nuclear FusionIF 3出版社

The 'divertorlets' concept is a potential non-evaporative liquid metal solution for heat removal at low recycling regime. A toroidal divertorlets  prototype was built and tested in LMX-U at Princeton Plasma Physics Laboratory to evaluate the performance of this configuration. In this paper, details of the design, experimental results, comparison with analytical theory and MHD numerical simulations of toroidal divertorlets are covered. Experiments, analytical model and simulations showed agreement and allowed the projection of operation properties at higher magnetic flux densities (reactor-like operation), proving the concept to be a compelling solution for divertor applications.

日本語訳

「divertorlets」概念は、低リサイクリング領域における熱除去のための非蒸発性液体金属ソリューションとして有望である。トロイダル divertorlets プロトタイプが、プリンストン・プラズマ物理学研究所の LMX-U において、この構成の性能を評価するために構築され、試験された。本論文では、トロイダル divertorlets の設計の詳細、実験結果、解析理論との比較、および MHD 数値シミュレーションについて扱う。実験、解析モデル、およびシミュレーションは一致を示し、より高い磁束密度(炉相当運転)における運転特性の予測を可能にし、本概念がダイバータ用途にとって有力なソリューションであることを実証した。

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