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液体噴流の固体面衝突時における飛散液滴に関する研究

Splashing droplets during liquid jet collision onto solid surface

Zhan, Y.*; 大箭 直輝*; 榎木 光治*; 大川 富雄*; 青柳 光裕 ; 大野 修司  ; 高田 孝  

Zhan, Y.*; Oya, Naoki*; Enoki, Koji*; Okawa, Tomio*; Aoyagi, Mitsuhiro; Ohno, Shuji; Takata, Takashi

ナトリウム(Na)冷却高速炉におけるNa漏えい時の燃焼解析手法の高度化に向け、鉛直下方へ噴出させた液体噴流が水平固体面へ衝突する際の、液滴生成メカニズムおよび飛散液滴量相関式について検討した。

This study aims improvement of safety analysis for sodium fire accidents in sodium-cooled fast reactors. In the experiment, droplets were generated by collision of downward liquid jet onto a horizontal solid surface. We studied the mechanism of droplet generation and the empirical correlation of droplet amount.

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