G.I. Khudyakov – Dr. Sc. (Eng.), Professor, Department of Medical Radio Electronics, 

Saint-Petersburg State University of Aerospace Instrumentation

E-mail: khudgi@mail.ru

K.V. Zaichenko – Dr. Sc. (Eng.), Professor, Head of Department of Medical Radio Electronics, 

Saint-Petersburg State University of Aerospace Instrumentation E-mail: kvz_k41@aanet.ru

The article presents the general architecture of the proposed Russian radiosystem of global storm activity monitoring the Earth's atmosphere, based on the results of the receiving and optimal processing of electromagnetic radiation of main lightning discharges «cloud-to-ground» in very low frequency radio waves (VLF), the main findings of the statistical characteristics VLF-spherics streams at the receiver system and their relationship with the main statistical characteristics of lightning discharges, as well as the main features of the processing of the information in this system.

1. Nikitin D. Sistemy' grozopelengaczii na strazhe e'lektrosetevogo xozyajstva // E'nergoRy'nok (professional'ny'j zhurnal). 2010. № 6 (78). www.e-m.ru/er/2010-06/29615.
2. Abarca S.F., Corbosiero K.L., Galarneau Jr.Th. J. An evaluation of the Worldwide lightning location network (WWLLN) using the National lightning detection network (NLDN) as ground truth // Journal of geophysical research atmospheres. 2010. V. 115. D18206. P. 1−11.
3. Moskovenko V.M., Znamenshhikov B.P., Zolotarev S.V. Primenenie sistemy' grozopelengaczii «Vereya-MR» v interesax e'lektroe'nergetiki Rossii // Novoe v rossijskoj e'lektroe'nergetike. 2012. № 2. S. 15−23.
4. Osetrov A.S., Makshanchikova M.G., Xudyakov G.I. Parametry' glavnogo molnievogo razryada i ix svyaz' s amplitudny'm raspredeleniem SDV-atmosferikov // Trudy' IRE' AN SSSR / Pod. red. akad. Yu.B. Kobzareva. 1975. № 3. S. 348−377.
5. Kuzneczov V.P., Godunov A.M., Anan'in G.F. Sozdanie i razvitie Sistemy' edinogo vremeni Ministerstva oborony'. www.kiksssr.ru/00.13_SEV_VT_KIK.htm.
6. MKKR. Otchet 322. Raspredelenie po zemnomu sharu atmosferny'x pomex i ix xarakteristiki. M.: Svyaz'. 1965. 80 s.
7. Recommendation ITU-R P. 372-12 (07/2015): Radio noise. Geneva: Electronic Publication. 2015. 77 p.
8. Aleksandrov M.S. Spektral'naya plotnost' estestvenny'x fluktuaczij e'lektromagnitnogo polya Zemli na chastotax ot dolej gercz do desyatkov kilogercz. M.: Izd-vo IRE'. 1979. 26 s.
9. Remizov L.T. Estestvenny'e radiopomexi. M.: Nauka. 1985. 200 s.
10. Makarov G.I., Novikov V.V., Ry'bachek S.T. Rasprostranenie radiovoln v volnovodnom kanale Zemlya–ionosfera i v ionosfere. M.: Nauka. 1994. 150 s.
11. Maxotkin L.G. Oczenka parametrov amplitudnogo raspredeleniya atmosferikov, generiruemy'x izolirovanny'm istochnikom // Geomagnetizm i ae'ronomiya. 1964. T. IV. № 1. S. 200−203.
12. Morozov V.P. Kurs sferoidicheskoj geodezii. M.: Nedra. 1979. 296 s.
13. Xudyakov G.I. E'lementy' analiticheskoj geometrii na sfere. Deponirovannaya rukopis'. L.: Institut «Integral». 1969. 26 s // Referat. informacziya po radioe'lektronike. 1969. № 11.
14. Xudyakov G.I. Statisticheskaya teoriya radiotexnicheskix sistem. M.: Izdatel'skij czentr «Akademiya». 2009. 398 s.
15. Xudyakov G.I. Opredelenie vremennogo polozheniya signala po ego xarakterny'm tochkam // Voprosy' radioe'lektroniki. Ser. Obshhetexnicheskaya. 1969. № 15. S. 90−92.
16. Zajchenko K.V. Chuvstvitel'ny'e e'lementy' so strukturnoj izby'tochnost'yu. L.: Izd-vo Universitet. 1990. 200 s.
17. Zajchenko K.V., Pavlov V.S. Modelirovanie i optimizacziya mnogootschetny'x chuvstvitel'ny'x e'lementov lokaczionny'x sistem. SPb.: GUAP. 2003. Deponirovannaya rukopis'. VINITI. 23.04.2004. № 705-VO4. 131 s.