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On Electric Field Distribution the Near a Charged Sphere. High-Energy Ball Lightning and its Big Chargeстатья
- Авторы: Bychkov V.L., Esakov I.I., Shestakov D.V.
- Сборник: Atmosphere, Ionosphere, Safety AIS 2020 Ed. O.P. Borshevkina, M.G. Golubkov and I.V. Karpov
- Год издания: 2020
- Место издания: Kant University Kaliningrad
- Первая страница: 186
- Последняя страница: 188
- Аннотация: Estimates of the electric field strength near charged spheres with the parameters of the observed high-energy ball lightning (BL) raise the question of why there is no realization of a discharge to the ground and its runoff. A similar question arises in the study of the corona discharge. Such studies show that at high fields near the tip of the charged electrode, fields of the order of 10^8 V/m are created, comparable to fields near the surface of the BL, and the discharge begins to pulsate (Trichel pulsations), and there is no breakdown to the Earth. The, so-called, impossibility of this, is often used to show that BL is an uncharged or weakly charged object. The presence of a high electric field on the sphere allows one to explain its levitation at high values of its own weight.
- Добавил в систему: Бычков Владимир Львович