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MATHEMATICAL MODELING
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Construction of complex shell models of turbulent systems by computer algebra methods
G. M. Vodinchar, L. K. Feshenko, N. V. Podlesnyi
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9–31 |
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Estimating the increased deformations areas that occur during the preparation of kamchatka earthquakes
M. I. Gapeev
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32–46 |
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Mathematical modeling in matlab of solar activity cycles according to the growth-decline of the Wolf number
D. A. Tvyordyj, R. I. Parovik
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47–64 |
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Mathematical modeling of the propagation of a plane electromagnetic wave in a strip waveguide with inhomogeneous boundary conductivity
D. A. Tvyordyj, E. I. Malkin, R. I. Parovik
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66–88 |
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Modeling and analysis of ionospheric parameters based on generalized multicomponent model
N. V. Fetisova, O. V. Mandrikova
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89–106 |
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Dynamics of generation modes changes in magnetic field depending on the oscillation frequency of the $\alpha$-effect suppression process by field energy in the $\alpha\Omega$-dynamo model
O. V. Sheremetyeva
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107–119 |
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INFORMATION AND COMPUTATION TECHNOLOGIES
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Modern methods of processing and analysis of geophysical pulse signals
O. O. Lukovenkova, M. A. Mishenko, Yu.I. Senkevich, A. O. Shcherbina
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120–136 |
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Modeling and analysis of fof2 data using narx neural networks and wavelets
O. V. Mandrikova, Yu. A. Polozov
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137–146 |
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Investigation of the Selkov fractional dynamical system
R. I. Parovik
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146–166 |
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PHYSICS
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Evaluation of the effectiveness of earthquake prediction in the Kamchatka region based on the complex of ionospheric anomaliese
V. V. Bogdanov, A. V. Pavlov
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167–177 |
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Statistical relationship between whistlers and sprites according to awdanet and wwlln data
E. I. Malkin, E. A. Kazakov, D. V. Sannikov, N. V. Cherneva, L. S. Marchenko, Gi. Drugin
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178–190 |
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Optical characteristics of the thermosphere and mesosphere
B. M. Shevtsov, A. S. Perezhogin, I. N. Seredkin
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191–208 |
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INSTRUMENTS AND METHODS OF MEASUREMENT
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Magnetic measurements at observatories of IKIR FEB RAS: from the present to the future
S. Yu. Khomutov
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209–224 |
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