| SESSION 1. GEOMAGNETIC STORMS AND SUBSTORMS
|
E.E. Antonova, I.P. Kirpichev, I.A. Kornilov, T.A. Kornilova, K.G. Orlova, I.L. Ovchinnikov,
S.S. Pulinets, S.S. Rossolenko, M.V. Stepanova, V.V. Vovchenko |
Features of high latitude magnetospheric topology and magnetospheric substorm |
9 |
|
| E. Gordeev, V. Sergeev |
Magnetotail magnetic flux calculation using global MHD simulations |
17 |
|
| N.G. Kleimenova, O.V. Kozyreva
| Recovery phase of the superstrong magnetic storm of July 15-17, 2007 (Bastille day event): ULF pulsations |
21 |
|
| M.V. Klimenko, V.V. Klimenko
| Simulation of main ionospheric trough, light ion trough and polar cap patches during substorms |
25 |
|
| T.A. Kornilova, I.A. Kornilov
| Auroral dynamics at different stages of storm recovery phase versus the strength of the main phase |
29 |
|
| O. Kozyreva and N. Kleimenova
| ULF-index variations during strong magnetic storms |
33 |
|
| A.E. Levitin, L.A. Dremukhina, L.I. Gromova, N.G. Ptitsina
| Model of magnetic disturbances during the historic extreme magnetic storm of 1-2 September 1859 |
37 |
|
| S.I. Solovyev, R.N. Boroyev, A.V. Moiseyev, A. Du, K. Yumoto
| Evolution of geomagnetic perturbations and aurora dynamics during the strong magnetic storms events |
41 |
|
| M.A. Volkov
| The influence of electric field increasing on the substorm currents formation |
45 |
|
| V.L. Zverev, Ya.I. Feldstein, V.G. Vorobjev
| Visual luminosity equatorwards of the auroral oval during magnetic storms |
48 |
SESSION 2. FIELDS, CURRENTS, PARTICLES IN THE MAGNETOSPHERE
|
| O.M. Barkhatova, P.A. Bespalov, A.E. Levitin |
Connection of time-spatial variations of geomagnetic field horizontal components with the plasmapause form on recovery phase |
55 |
|
| M. Forster, Y.I. Feldstein, S.E. Haaland, L.A. Dremukhina, L.I. Gromova, A.E. Levitin |
Ionospheric convection from CLUSTER EDI measurements: comparison with the ground-based IZMEM ionospheric convection model |
59 |
|
| T.V. Kozelova, L.L. Lazutin, B.V. Kozelov |
Ion energy spectra at L ~ 3.6 - 6.7 during disturbed geomagnetic conditions |
63 |
|
| O. Kozyreva, I. Myagkova, E. Antonova, N. Kleimenova |
Energetic electron precipitation measured by CORONAS-F satellite and polar magnetic disturbances: case study of December 13, 2003 |
67 |
|
| A. Levitin, L. Dremukhina, L. Gromova, E. Avdeeva |
The contribution of the external geomagnetic field to the average amplitude of the Earth's magnetic field recorded by a magnetic observatory |
71 |
|
| A.V. Moiseyev, S.I. Solovyev, A. Du |
Peculiarities of traveling convection vortices propagation: Comparison with sudden geomagnetic impulse |
75 |
|
| V.V. Vovchenko, E.E. Antonova |
Magnetic field distortion in the process of plasma convection in the magnetosphere of the Earth: Preliminary results of modeling |
79 |
SESSION 3. WAVES, WAVE-PARTICLE INTERACTION
|
| V.B. Belakhovsky, V.A. Pilipenko, T. Ulich |
Generation of magnetic and particle Pc5 pulsations at the recovery phase of strong magnetic storm |
85 |
|
| V. Pilipenko, O. Chugunova, M. Engebretson, T. Yeoman, and M. Vellante |
Mechanisms of the Cusp-related Pc3-4 Waves |
89 |
|
| T.A. Popova, A.G. Yahnin, T.A. Yahnina, and H.U. Frey |
Relationship between solar wind pressure pulses, proton aurora flashes, and Pc1 bursts: A statistical study |
93 |
|
| A.G. Yahnin, T.A. Yahnina, H.U. Frey, T. Bosinger |
Ionospheric image of the source region of the IPDP type magnetic pulsations |
97 |
|
| T.A. Yahnina and J. Manninen |
Some properties of the IPDP type magnetic pulsations |
101 |
SESSION 4. THE SUN, SOLAR WIND, COSMIC RAYS
|
| N.A. Glotova, M.A. Shukhtina |
Solar wind dynamic pressure jumps characteristics and their magnetospheric effects |
107 |
|
| I.M. Ivanova, N.P. Dmitrieva |
The magnetosphere time response to the IMF Bz turning |
111 |
|
| M.S. Kalinin, M.B. Krainev |
Model of the heliospheric current sheet of finite thickness |
115 |
|
| E.A. Kalinina, N.A. Barkhatov, A.E. Levitin |
The short-term forecast of solar wind magnetic cloud parameters reaching vicinity of the Earth |
119 |
|
| A.I. Podgorny, I.M. Podgorny |
The method of search for possible solare flare positions in the corona and first results of real-time MHD simulation of preflare situation |
123 |
|
| I.M. Podgorny, A.I. Podgorny |
Solar flare model - comparison with complex spacecrafts observation |
127 |
|
| T.E. Val'chuk |
The beginning of new 24th cycle in solar and geomagnetic activity generation |
131 |
SESSION 5. IONOSPHERE AND UPPER ATMOSPHERE
|
| O.M. Barkhatova, N.A. Barkhatov, G.I. Grigor'ev |
Display of magneto-gravity waves caused by polar instability in travelling ionospheric disturbances |
137 |
|
| M.I. Beloglazov, M.V. Kukovyakin, G.F. Remenets |
About solving ability of the self-consistent method relative to the VLF inverse problem at nonstationary conditions |
141 |
|
| M.I. Beloglazov, G.F. Remenets |
VLF characteristics of magnetic cutoff in the cases of ultrarelativistic electron precipitations |
145 |
|
| N.M. Gavrilov |
Global structure of gravity wave excitation in the tropo-stratosphere from champ satellite observations and its impact on general circulation of the upper atmosphere |
150 |
|
| V.V. Klimenko, Yu.V. Shlyugayev, A.G. Vyatkin |
Planetary number of lightnings detection by statistical analysis of electromagnetic noise in Schumann band characteristics |
154 |
|
| M.V. Klimenko, V.V. Klimenko |
Numerical modeling of the ionosphere effects on August 1, 2008 solar eclipse |
158 |
|
| M.V. Klimenko, V.V. Klimenko, K.G. Ratovsky, L.P. Goncharenko |
Numerical modeling of ionospheric parameters during sequence of geomagnetic storms on September 9-14, 2005 |
162 |
|
| M.V. Klimenko, V.V. Klimenko |
Numerical modeling of the ionospheric precursors of high-latitude earthquakes |
166 |
|
| G.I. Mingaleva, V.S. Mingalev |
Model simulation of the large-scale mid-latitude F-layer modification by powerful HF waves with different powers in the daytime |
170 |
|
| A.A. Mochalov, T.K. Yeoman, A.B. Pashin |
Generation of artificial magnetic pulsation by SPEAR heating facility at Svalbard |
174 |
|
| G.F. Remenets |
"Watson-Fock diffraction field" and ultrarelativistic electron precipitations into the polar middle atmosphere |
178 |
|
| N.G. Sergeeva, O.F. Ogloblina, E.B. Vasiljev, S.M. Cherniakov |
Responses to the earthquakes in the lower high-latitude ionosphere |
181 |
|
| V.D. Tereshchenko, E.B. Vasiljev, V.A. Tereshchenko, O.F. Ogloblina, S.M. Cherniakov |
About the polar lower ionosphere behavior during the solar eclipse on 1 August 2008 |
185 |
|
| V.D. Tereshchenko |
Thomson scattering of electromagnetic waves in polar mesosphere containing the charged dust |
189 |
SESSION 6. LOW ATMOSPHERE, OZONE
|
| M.I. Beloglazov, O.I. Akhmetov, A.N. Vasiljev |
Global thunderstorm activity during 2001 and 2007 according to observations of the Schumann resonance intensity in the arctic |
195 |
|
| N.M. Gavrilov, S. Fukao, M. Fujiwara, H. Hashiguchi, T. Koide, Mamoru Yamamoto and Masayuki Yamamoto |
Ozone and turbulence in the tropo-stratosphere from simultaneous radar and ozonesonde measurements in Japan and Indonesia |
199 |
|
| I.V. Mingalev, K.G. Orlov, and V.S. Mingalev |
A simulation study of the transformation of circumpolar vortex flows of the lower and middle atmosphere during the period from January to June |
203 |
|
| I.N. Myagkova, A.V. Kukoleva, A.A. Krivolutsky, T.Yu. Vyushkova, A.A. Kuminov |
The ionization of the Earth's atmosphere and ozone layer's variations after solar proton events during January 2005 |
207 |
|
| O.S. Ugolnikov, I.A. Maslov |
Lunar eclipses optical profiles: Aerosol, water vapor and ozone relations |
211 |
|
| O.S. Ugolnikov, I.A. Maslov |
Polarization detection of dust and aerosol in the middle and upper atmosphere |
215 |
SESSION 7. HELIOBIOSPHERE
|
| T.G. Kuznetsova, V.V. Ivanov, E.S. Gorshkov |
On the problem of the cardiovascular system and respiration comparative adaptation in changing climate-geographical region and acute infectious disease |
221 |