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Time-resolved nanosecond imaging of the propagation of a corona-like plasma discharge in water at positive applied voltage polarity

机译：施加正电压极性的水中电晕状等离子体放电传播的时间分辨纳秒成像

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International audience

机译：国际观众

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Ceccato P H; Guaitella O; Rabec Le Gloahec M; Rousseau A;
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年度 2010
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1. Time-resolved nanosecond imaging of the propagation of a corona-like plasma discharge in water at positive applied voltage polarity [J] . Ceccato PH, Guaitella O, Le Gloahec MR, Journal of Physics, D. Applied Physics: A Europhysics Journal . 2010,第17期

机译：施加正电压极性的水中电晕状等离子体放电传播的时间分辨纳秒成像
2. Ignition and propagation of nanosecond pulsed plasmas in distilled water-Negative vs positive polarity applied to a pin electrode [J] . K. Crosse, M. Falke, A. von Keudell Journal of Applied Physics . 2021,第21期

机译：纳秒脉冲等离子体在蒸馏水阴性VS阳性极性施加到销电极中的点火和传播
3. Velocity of initial propagation of positive nanosecond discharge in liquid water: dependence on high voltage amplitude and water conductivity [J] . Branislav Pongrác, Milan ?imek, Peter Ondácˇ, Plasma Sources Science & Technology . 2019,第2期

机译：液态水中正纳秒放电的初始传播的速度：依赖高压振幅和水电系数
4. Study of nanosecond pulsed corona-like discharge in deionized water by optical methods [C] . Branislav Pongrac, Milan Simek, Martin Clupek, 2017 IEEE 19th International Conference on Dielectric Liquids . 2017

机译：用光学方法研究去离子水中纳秒级脉冲电晕样放电
5. Nanosecond Pulsed Discharge in Water without Bubbles: A Fundamental Study of Initiation, Propagation and Plasma Characteristics [D] . Seepersad, Yohan 2015

机译：无气泡的水中的纳秒脉冲放电：引发，传播和等离子体特性的基础研究
6. Nanosecond Dynamics of a Mimicked Membrane-Water Interface Observed by Time-Resolved Stokes Shift of LAURDAN [O] . Michel Vincent, Béatrice de Foresta, Jacques Gallay 2005

机译：LAURDAN的时间分辨斯托克斯位移观察到的模拟膜-水界面的纳秒动力学
7. Demonstration of Dynamics of Nanosecond Discharge in Liquid Water Using Four-Channel Time-Resolved ICCD Microscopy [O] . Václav Prukner, Jiří Schmidt, Petr Hoffer, 2021

机译：使用四通道时间分辨ICCD显微镜显示液态水中纳秒放电动力学的示范

Time-resolved nanosecond imaging of the propagation of a corona-like plasma discharge in water at positive applied voltage polarity

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