DOI: https://doi.org/10.18524/1810-4215.2012.25.83376

THE INVESTIGATION OF THE STRUCTURE OF THE SIGNAL OF GEOPHYSICAL AND ASTROPHYSICAL ORIGIN IN THE ELECTROMAGNETIC FIELD OF THE ATMOSPHERE BOUNDARY SURFACE LAYER

L. Grunskaya, V. Isakevich, V. Yefimov, A. Zakirov, D. Rubay, I. Leshchev

Анотація


There has been developed a program - analytical system for investigation the structure of the signal in the spectral and time ranges caused by geophysical processes. The main purpose of developing such system is - to investigate the structure of the signal in the spectral and time ranges, caused by geophysical and astrophysical magnetic field of the atmosphere boundary surface layer and to find under - noise periodical processes of geophysical nature. The analysis of the exposing efficiency in the time ranges of the components corresponding to the periods of the moon gravitational tides showed high efficiency of the eigen vectors, chosen according to the criterion MKK which provides very slight probably of the false alarm of omitting displayed signs at the level 10-4.

Ключові слова


an electrical field; a program - analytical system; moon tides.

Повний текст:

PDF (English)

Посилання


Grunskaya L.V. Electromagnetism of boundary surface layer and its interconnection with geophysical and astrophysical processes: a monography / L.V.Grunskaya – Vladimir: Posad, 2003 – 103 p.

Grunskaya L.V. Experimentaland theoretical investigations of variations of electric intensity, caused by solar and moon tides in the atmosphere boundary surface layer. / L.V.Grunskaya, V.N.Morozov // Proceedings of High Schools. Physics. – 2005-№8-p.33-39.

Grunskaya L.V., Morozov V.N. Moon and solar tides in the Earth atmosphere electrical field. The article in the magazine “Proceeding of High Schools” series of Physies, 2003, №12, p. 71-77.

Grunskaya L.V. Moon tides in the electrical field of the atmosphere boundary surface layer // L.V.Grunskaya, V.N.Morozov, V.A.Yefimov, A.A.Zakirov // Proceedings of High Schools. Physics. 2010. – v.53, №1, p. 22-27.

Grunskaya L.V. Spectral analysis of the vertical component of electrical intensity of the atmosphere boundary surface layer at the frequencies of the thermal and moon tides according to the spaced apart stations / L.V.Grunskaya, A.A.Zakirov, V.A.Yefimov, L.T.Sushkova // Biomedical

radioelectronics – 2010 - №7, p. 18 – 23.

Grunskaya L.V. Estimation of the parameters of the electrical field of the atmosphere boundary surface layer on the basis of the correlative reception method. // A Monography Vladimir – Vladimir State University – ISBN 978-5-9984-0054-04-2010-123p.

Grunskaya L.V. Receiving and registrated equipment for investigation of interconnection of the electrical field of the atmosphere boundary surface layer with geophycical processes / L.V.Grunskaya, .A.Yefimov // Projecting and technology of electronical devices / 2006 - №1, p. 63 – 68.

Grunskaya L.V. A mobile receiving and registrating system for onitoring electromagnetic field of the atmosphere boundary surface layer / L.V.Grunskaya // Projecting and Technology of electronical devices. – 2005 - №2, p.69-74.

Isakevich V.V. Functional models of purposeful searching of features of nature phenomena in the eigen vectors of covariance matrix of time series / V.V.Isakevich, L.V.Grunskaya, D.V.Isakevich, L.T.Sushkova,

A.S.Batin / non-linear world. Issue Radio Engineering. 2010-№10-p.651-657.

Grunskaya L.V. The use of the basis of eigen vectors of covariance matrix for revealing complex periodical components of time series. / L.V.Grunskaya, V.V.Isakevich, L.T.Sushkova, A.A.Zakirov // Electromagnetical waves and electronic systems. Issue. Radio

Engineering. 2010-№10-p.24-28.

Isakevich V.V. Investigation ofthe structure of signals in spectral and time ranges caused by moon and solar tides, with a program-analytical system. / V.V.Isakevich, L.V.Grunskaya, D.V.Isakevich, L.T.Sushkova // Biomedical radioelectronics – 2010 - №7, p. 38 – 44.




Copyright (c) 2016 Odessa Astronomical Publications

Creative Commons License
Ця робота ліцензована Creative Commons Attribution-NonCommercial 4.0 International License.