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ナノ流体の化学的活性度抑制に関する研究,18; 反応抑制効果とメカニズム

Study on chemical reactivity control of liquid sodium, 18; Reactivity control effect and its mechanism

西村 正弘 ; 永井 桂一 ; 小野島 貴光; 斉藤 淳一  ; 荒 邦章 ; 杉山 憲一郎*

Nishimura, Masahiro; Nagai, Keiichi; Onojima, Takamitsu; Saito, Junichi; Ara, Kuniaki; Sugiyama, Kenichiro*

ナノ流体の反応低減を試験により確認するとともに、ナノ流体の反応現象の把握試験,基礎物性及びナノ粒子とナトリウムの原子間相互作用の理論的検討から反応抑制メカニズムを把握した結果を述べる。

The suppression effect of reaction of sodium with suspended nano-particles was confirmed by some experiments. Furthermore, the mechanism of suppression effect of reaction was grasped from the result of reaction experiments, physical property and theoretical consideration of interaction between nano-particles and sodium.

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