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首页> 外文期刊>Russian meteorology and hydrology >Electrization And Spatial Charge Separation At The Air Bubbles Exhalation That Occurs Duringthe Coagulation Growth Of Hail Particles In A Cloud. Part 2. Generation Of Thunderstorm Electricity Due To The Charged Bubbles Exhalation Caused By Freezing Of Ove
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Electrization And Spatial Charge Separation At The Air Bubbles Exhalation That Occurs Duringthe Coagulation Growth Of Hail Particles In A Cloud. Part 2. Generation Of Thunderstorm Electricity Due To The Charged Bubbles Exhalation Caused By Freezing Of Ove

机译:冰雹粒子在云中凝结生长期间发生的气泡呼气中的电气化和空间电荷分离。第2部分。由于冷冻炉引起的带电气泡呼气而产生雷暴电

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摘要

It has been found that air bubbles, which exhale during freezing of overcooled cloud drops on the hail or graupel particles surface, carry away a great amount of positive charge to the surrounding space while the compensating negative charge remains on the solid particles of hydrometeors. This conception was used for computation of rates of charge accumulation on the hail particles and generation of thunderstorm electricity in deep convective clouds. It is shown that this conception describes the most powerful mechanism of thunderstorm electricity generation and satisfies all the requirements for the theory of thunderstorm electricity.
机译:已经发现,在冰雹或gra颗粒表面上的过冷云滴冻结期间呼出的气泡将大量正电荷带到周围空间,而补偿负电荷保留在水凝物的固体颗粒上。该概念用于计算冰雹粒子上的电荷累积速率以及深对流云中雷暴电的产生。结果表明,该概念描述了雷暴发电的最强大机理,并满足了雷暴发电理论的所有要求。

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