Art
J-GLOBAL ID：202102234591514444
Reference number：21A0417472
Estimation of discharge mechanism on wet polluted surface based on cathode-fall and secondary electron emission coefficient
汚損湿潤面における放電の陰極降下と二次電子放出係数による放電維持機構の検討
Author (4)：
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Material：
Issue：
DEI-21-001-018/EPP-21-001-018/HV-21-001-018 誘電・絶縁材料研究会/放電・プラズマ・パルスパワー研究会/高電圧研究会
Page：
77-82
Publication year：
Jan. 19, 2021
JST Material Number：
Z0924B
Document type：
Proceedings
Article type：
原著論文
Country of issue：
Japan (JPN)
Language：
JAPANESE (JA)
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Semi thesaurus term：
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JST classification (1)：
JST classification
Category name(code) classified by JST.
Discharge in liquids and solids
Reference (18)：
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高電圧技術委員会, ′′各種汚損環境へのがいしの適用と評価方法′′, 電気学会技術報告, 第1037号, 2005.
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B. F. Hamoton, ′′Flashover mechanism of polluted insulation′′, PROC. IEE, 111(1964)985-990.
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L. L. Alston and S. Zoledziowski, ′′Growth of discharges on polluted insulation′′, PROC. IEE, 110(1963)1260-1265.
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高橋 克幸, 高木 浩一, 颯田 尚哉, ′′水中放電プラズマによる水質浄化′′, 電学誌, Vol.131, pp.76-79, 2011.
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P. Bruggeman et al., ′′Plasma-liquid interactions: a review and roadmap′′, Plasma Sources Sci. Technol. 25(2016)053002(59pp).
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