吉宗 航*; 樋口 雄紀*; Song, F.; 日比 章五*; 松本 吉弘*; 林田 洋寿*; 野崎 洋*; 篠原 武尚 
; 加藤 悟*
Yoshimune, Wataru*; Higuchi, Yuki*; Song, F.; Hibi, Shogo*; Matsumoto, Yoshihiro*; Hayashida, Hirotoshi*; Nozaki, Hiroshi*; Shinohara, Takenao; Kato, Satoru*
The phase transition from supercooled water to ice is closely related to the electrochemical performance and lifetime of an energy device at sub-zero temperatures. Fuel cells for automotive face this issue because they are frequently started and stopped under sub-zero conditions. In this study, we developed an operando neutron imaging system to visualise the water distribution inside an automotive single cell simulating a fuel cell stack during cold starts.
発表言語 |
: | English |
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掲載資料名 |
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巻 |
: | 26 |
号 |
: | 47 |
ページ数 |
: | p.29466 - 29474 |
発行年月 |
: | 2024/11 |
キーワード |
: | no keyword |
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: |
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受委託・共同研究相手機関 |
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Access |
: |
- Accesses |
|---|---|---|
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パーセンタイル：53.35 分野：Chemistry, Physical |
Altmetrics |
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