UDK 523.64: 52-33
ANOTHER SCENARIO OF TUNGUSKA EVENTS IN 1908
V. V. Shaidurov
Siberian State Aerospace University named after academician M. F. Reshetnev 31, Krasnoyarsky Rabochy Av., Krasnoyarsk, 660014, Russian Federation Institute of Computational Modeling, Siberian Branch of RAS 50, Akademgorodok, Krasnoyarsk, 660036, Russian Federation Е-mail: shaidurov04@mail.ru
The article describes a scenario of many events on 30 June 1908, commonly called Tunguska catastrophe and re-lated to the explosion of a space body in the Earth's atmosphere. This scenario is not the same as the most common versions of these events, but it can explain the diverse range of phenomena that occurred in the vast area from Western Europe to Eastern Siberia. The rationale for this scenario is based on factual data collected and classified during decades by selfless researchers of Tunguska events. In this paper the only scheme of justification is presented that based on the physical phenomena known from university textbooks. A more detailed explanation and verification of each effect will be carried out in the further papers by careful comparison with the factual material accumulated during decades.
Tungus meteorite, comet fragments, ionization, Lorenz force, separation of ions, dissociation of moleculas, dipole formations.
References

1. Vasiliev N. V. Tungusskii meteorit. Kosmicheskii fenomen leta 1908 g. (Tungus meteorite. Space fenomenon of summer 1908.). Мoscow, Russkaya panorama Pabl., 2004.

2. Gladysheva O. G. Tungusskaya katastrofa: detali golovolomki (Tungus catastrophe: the pieces of the puzzle). Sankt-Petersburg, Nauka Pabl., 2008.

3. Fast V. G. Statisticheskii analiz parametrov Tungusskogo vyvala. Problema Tungusskogo meteorita (Statistical analysis of parameters for Tungus tree fall. Problem of Tungus meteorite). Tomsk, 1967, Issue 2, p. 40–61.

4. Fast V. G., Barannik A. P., Razin S. A. O pole napravlenii povala derev’ev v raione padeniya Tungusskogo meteorita. Voprosy meteoritiki (About direction field of tree fall in the region of Tungus meteorite falling. Meteoritics questions), Тоmsk, 1976, p. 39–52.

5. Vasiliev N. V., Kovalevskiy A. F., Razin S. A., Epitektova L. E. Pokazaniya ochevidtsev tungusskogo padeniya (katalog) (Eyewitness testimonies of Tunguska fall (catalog)). Tomsk, 1981. Deposited at VINITI, 24.11.1981, № 10350-81. www.tunguska.ru/obzor/catalog/.

6. Whipple F. J. W. (1930) The great Siberian meteor and the waves, seismic and aerial, which it produced. Quarterly J. of the Royal Meteorological Society. 1930. Vol. 56, № 236, p. 287–301.

7. Zel'dovich Ya. B., Raizer Yu. P. Fizika udarnykh voln i vysokotemperaturnykh gidrodinamichesrikh yavlenii (Physics of shock waves and high-temperature hydrodynamic phenomena). Мoscow, Fizmatlit Pabl., 2008.

8. Katastroficheskie vozdeistviya kosmicheskikh tel (The catastrophic effects of cosmic bodies). Moscow, Akademkniga Pabl., 2005.

9. Feynman R. P., Leighton R. B., Sands M. The Feynman Lectures on Physics: The Complete and Definitive Issue. Vol. 2, Pearson PTR, 2005.

10. Yanovskii B. М. Zemnoi magnetizm. (Earth’s magnetism). Leningrad University, 1978.

11. National Oceanic and Atmospheric Administration (NOAA). Available at: www.ngdc.noaa.gov/geomag-web/.

12. Kraiko A. N. Kratkii kurs teoreticheskoi gazovoi dinamiki (Short course of theoretical gas dynamics). Moscow, MFTI, 2007.

13. Miyake T., Aida M. H-bond patterns and structure distributions of water octamer (H2O)8 at finite temperatures. Chemical Physics Letters, 2006, vol. 427, p. 215–220.

14. Gregory J. K., Clary D. C., Liu K., Brown M. G., Saykally R. J. The Water Dipole Moment in Water Clusters. Science, 1997, vol. 275, no. 5301, p. 814–817.

15. Florenskii K. P., Ivanov A. V., Il’in N. P. et al. Khimicheskii sostav kosmicheskikh sharikov iz raiona Tungusskoi katastrofy I nekotorye voprosy differentsiatsii veschestva kosmicheskikh tel. Geokhimiya (The chemical composition of cosmic balls from the area of the Tunguska catastrophe and some questions of matter differentiation for celestial bodies. Geochemistry). 1968, № 10,
p. 1163–1173.

16. Glass B. P. Silicate sferules from Tunguska impact area: electron microprobe analysis. Science. 1969, vol. 164, № 3879, p. 547–549.

17. Turco R. P., Toon O., Park C. et al. An analysis of the physical , chemical, optical and historical impacts of the 1908 Tunguska meteor fall. Icarus. 1982, vol. 50,
№ 1, p. 1–52.

 


Shaidurov Vladimir Viktorovich – Corresponding member of Russian Academy of Sciences, Doctor of Phisical and Mathematical Sciences, Professor, Director of Institute of Space Research and High Technologies of Siberian State Aerospace University named after academician M. F. Reshetnev; Director of Institute of Computational Modeling of Siberian Branch of Russian Academy of Sciences. Е-mail: shaidurov04@mail.ru