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Tornado as a collective secondary effect in β-decay of short-lived β–-decay isotope nuclei

Yu.L. Ratis1,2 I.A. Selezneva1,2
1Samara State Aerospace University named after academician S.P. Korolev 

2Image Processing Systems Institute of RAS 


 PDF, 221 kB

Pages: 174-182.

Abstract:
The paper provides a detailed justification of the hypothesis of the radioisotope nature of a tornado. A mathematical apparatus has been developed to describe the so-called “invisible tornado” that account for the formation of crop circles. The developed apparatus is also fully applicable to a classic tornado. The only difference is that in a classic tornado, a negatively charged mist mixture rotates around a positively charged tornado core, while in an “invisible tornado” it is vice versa.

Keywords:
tornado, β-decay, secondary effect, isotope nuclei, invisible tornado.

Citation:
Ratis YuL, Selezneva IA. Tornado as a collective secondary effect in β-decay of short-lived β–-decay isotope nuclei. Computer Optics 2005; 28: 174-182.

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