Syssoev V.S.1, Kuznetsov Yu. A.1, Naumova M. Yu.1, Orlov A. I.1, Sukharevsky D. I.1, Lepekhin N. M.1, Shvets N. N.1, Makalsky L. M.2, Kukhno A. V.2, Gushchin M. E.3, Mareev E. A.3
1Federal State Unitary Enterprise «Russian Federal Nuclear Center — Zababakhin All—Russia Research Institute of technical Physics»
2National Research University «Moscow Power Engineering Institute», Moscow, Russia
3Institute of Applied Physics, Russian Academy of Sciences, Nizhny Novgorod, Russia
Email: syssoev467@mail.ru, kuznec@inbox.ru, vladis5349@mail.ru, a.i.orlov42@vniitf.ru, dimsuch@mail.ru, n.m.lepehin@vniitf.ru, nns56@mail.ru, mak1306@mail.ru, avkuhno@mail.ru, mguschin@ipfran.ru, evgeny.mareev@gmail.com
On the created stand, in laboratory conditions, various phases of discharge development characteristic of lightning were simulated using an electric spark in a long air gap. With the help of special radio equipment, the radio emission of a long electric spark was investigated. It is found that at the stages of development of a spark discharge, radio emission is recorded in a long interval up to at least a frequency of 1.4 GHz. Data on radio emission in this range are of great practical importance for such areas as radio communication (during thunderstorm activity), radar, lightning direction finding. Keywords: Long electric spark, lightning discharge, radio emission, streamer discharge, lead discharge, radio communication.
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- www.ckp-rf.ru/usu/73578/
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