000			02207nab a2200313 c 4500
001			koha000925082
005			20221208140320.0
007			cr |
008			221205|2021 xxu s a eng d
024	7		_a10.1134/S0021364021020053 _2doi
035			_akoha000925082
040			_aRU-ToGU _brus _cRU-ToGU
245	1	0	_aOn the mechanism of the generation of runaway electrons after a breakdown of a gap _cD. V. Beloplotov, V. F. Tarasenko, V. A. Shklyaev, D. A. Sorokin
336			_aТекст
337			_aэлектронный
504			_aБиблиогр.: 24 назв.
520	3		_aData that explain the generation of runaway electrons after the breakdown of a gap with a sharply inhomogeneous distribution of the electric field strength are presented. Using a special technique for measuring a displacement current caused by the appearance and propagation of a streamer, the voltage and current waveforms of runaway electrons have been synchronized to each other, as well as to the dynamics of the streamer formation, which has been recorded using a four-channel ICCD camera. It is shown that the first runaway electron beam is generated near the pointed cathode at the time when the streamer appears. The second runaway electron beam is generated at the time when a backward ionization wave reaches the pointed cathode. It is assumed that the generation of the second runaway electron beam occurs in the cathode layer. This is confirmed by the fact that the second runaway electron beam does not appear in those discharge implementations at which the cathode spot is observed before the gap is bridged by the plasma.
653			_aгенерация убегающих электронов
653			_aпробой промежутка
655		4	_aстатьи в журналах _9854101
700	1		_aBeloplotov, Dmitry V. _9109407
700	1		_aTarasenko, Viktor Fedotovich _976225
700	1		_aShklyaev, V. A. _9460660
700	1		_aSorokin, Dmitry A. _9105387
773	0		_tJETP letters _d2021 _gVol. 113, № 2. P. 129-134 _x0021-3640
852	4		_aRU-ToGU
856	4		_uhttp://vital.lib.tsu.ru/vital/access/manager/Repository/koha:000925082
908			_aстатья
999			_c925082