| SESSION 1. GEOMAGNETIC STORMS AND SUBSTORMS
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| E.E. Antonova, M.V. Stepanova
| First auroral arc brightening and magnetospheric substorm
| 9
|
| O.M. Barkhatova, S.E. Revunov, N.A. Barkhatov, A.E. Levitin
| Polar current systems at the main phase of a geomagnetic storm
| 13
|
| N. Hasebe, K. Sukurai, M. Hareyama, L. Lazutin, E. Muravieva, Yu. Gotselyuk, I. Myagkova and B. Jushkov
| Variations of the energetic particles in the radiation belts after the July 22-30, 2004 magnetic storms
| 17
|
| B.V. Kozelov
| Relative order in the cellular automata model of the magnetospheric-ionospheric system
| 21
|
| O.V. Kozyreva, N.G. Kleimenova
| Average ULF intensity level during strong geomagnetic storms
| 25
|
| Yu.V. Kuzminykh, Yu.A. Karavaev, and V.M. Mishin
| The Poynting flux into Earth's magnetosphere in model with ionospheric electric field saturation
| 29
|
| L. Lazutin, E. Muravjeva, M. Panasyuk, N. Hasebe, K. Sukurai and M. Hareyama
| Comparative analysis of the energetic electron and solar proton dynamics during strong magnetic storms
| 33
|
| V. Mishin, M. Tolochko, L. Sapronova, Yu. Kuzminykh, M. Kurikalova
| The 14 September 2004 substorm: Estimating parameters of the cross-tail current disruption region
| 37
|
| V. Mishin, L. Sapronova, T. Saifudinova, R. Lukianova, and Yu. Kuzminykh
| The Hall's and Cowling's currents contribution into the westward auroral electrojet during substorm unloading phase
| 42
|
| E.A. Muravieva
| On the pitch-angular distribution of the energetic particles accelerated during a strong magnetic storm in the Earth's radiation belts
| 46
|
| M.A. Volkov, N.Yu. Romanova
| The currents during dipolarization of the Earth magnetic fields
| 50
|
SESSION 2. FIELDS, CURRENTS, PARTICLES IN THE MAGNETOSPHERE
|
| L. Dremukhina, L. Gromova, A. Levitin, A. Shevnin, E. Avdeeva
| Long-term changes of geomagnetic field on IZMIRAN observatory
| 57
|
| L.I. Gromova, L.A. Dremukhina, A.E. Levitin, E.G. Avdeeva
| Using models of magnetospheric magnetic field for real-time assessment of geomagnetic activity based on CHAMP magnetic measurement
| 61
|
| Yu.A. Karavaev, Yu.V. Kuzminykh, V.M. Mishin
| Ring current decay time in model with ionospheric electric field saturation
| 65
|
| V.P. Kozelov, and B.V. Kozelov
| Thermal convection overlapped by velocity shear: Fluid experiment
| 69
|
| S. Posratschnig, V.S. Semenov, and I.V. Kubyshkin, M.F. Heyn
| Model study of transition from impulsive to steady-state reconnection
| 73
|
| S.S. Rossolenko, M.O. Riazantseva, E.E. Antonova, I.P. Kirpichev, I.L. Ovchinnikov, K.G. Orlova, B.V. Marjin, M.A. Saveliev, V.M. Feigin, M.V. Stepanova
| Structural features of auroral precipitations and topology of high latitude current systems
| 79
|
| Y.L. Sasunov, V.S. Semenov
| Analytical investigation of 3D impulse magnetic reconnection in the frame of incompressible plasma using Green function
| 83
|
| L.S. Yevlashin
| Temporal variations of the equatorial boundary of auroral proton precipitation during middle geomagnetic disturbance
| 87
|
SESSION 3. WAVES, WAVE-PARTICLE INTERACTION
|
| S.A. Grib, V.B. Belakhovsky
| The decrease of the geomagnetic field magnitude during SSC event
| 93
|
| O. Chugunova, V. Pilipenko, E. Grigorenko, V. Martines, J.-A. Sauvaud
| Ground and ionospheric response to a beamlet in the magnetotail
| 97
|
| F.Z. Feygin, N.G. Kleimenova, Yu.G. Khabazin and K. Prikner
| Nonlinear electromagnetic ion cyclotron waves
| 101
|
| A.A. Ostapenko, E.E. Titova, T. Turunen, J. Manninen, T. Raita
| Polarization of VLF atmospherics near the resonance frequency of Earth - ionosphere waveguide by observations in the auroral region
| 105
|
| V.A. Pilipenko | Electromagnetic and plasma effects in the ionosphere induced by rocket launches
| 109
|
SESSION 4. THE SUN, SOLAR WIND, COSMIC RAYS
|
| B.B. Gvozdevsky, M.B. Krainev
| Modernization of the registration of the detailed information in the regular balloon monitoring of cosmic rays in Apatity and Dolgoprudny and the abrupt periodical drops of the count rates
| 115
|
| B.B. Gvozdevsky, Yu.V. Balabin, E.V. Vashenyuk, L.I. Schur
| Neutron multiplicity measurements in Barentsburg during December 13, 2006 GLE
| 119
|
| V.S. Makhmutov, G.A. Bazilevskaya, E.V. Vashenyuk, Yu.V. Balabin and B.B. Gvozdevsky
| Solar proton spectra in the 20 January 2005 GLE: Comparison of simulations with balloon and neutron monitor observations
| 122
|
| A.I. Podgorny, I.M. Podgorny
| MHD simulation of multiple current sheet creation for series of elementary flares
| 126
|
| I.M. Podgorny, A.I. Podgorny, and E.V. Vashenyuk
| Hard solar flare radiations
| 130
|
SESSION 5. IONOSPHERE AND UPPER ATMOSPHERE
|
| O.M. Barkhatova, A.E. Levitin
| Neural networks technique of layer F2 critical frequency forecasting above station Gakona (HAARP) at the account of near-Earth space parameters and geomagnetic disturbance
| 137
|
| E.N. Ermakova, D.S. Kotik, N.V. Semenova, T.A. Popova
| A study of the local and global properties of the spectral resonance structure of the ULF magnetic noise on the basis of measurements in two points separated more than 1000 km
| 141
|
| M.A. Knyazeva, A.A. Namgaladze
| An investigation of the night-time increases of the plasma density in the middle-latitude ionospheric F2-layer by the mathematical modeling method
| 145
|
| I.V. Korableva, A.A. Namgaladze
| Correction of the upper atmosphere model auroral input data on the basis of the ionospheric electron density radiotomography reconstructions
| 149
|
| B.V. Kozelov and J.M. Holmes
| Angle scattering and forming the hydrogen Doppler profile in proton aurora
| 153
|
| O.V. Martynenko, M.A. Knyazeva
| Model integration in the Framework Atmosphere Model (FrAM)
| 157
|
| G.I. Mingaleva and V.S. Mingalev
| A model study of the large-scale modification of the nocturnal middle-latitude f layer by powerful HF waves with different powers
| 160
|
| N.G. Sergeeva, O.F. Ogloblina, S.M. Chernyakov, B.E. Vasiljev
| Responses to the earthquake on 26 May 2006 in the lower high-latitude ionosphere
| 163
|
| I.I. Shagimuratov, I.I. Efishov, N.Yu. Tepenitsyna, I.E. Zakharenkova
| Observations of GPS TEC fluctuations in Antarctic and Arctic ionosphere during 28 October 2003 storm
| 167
|
| V.D. Tereshchenko
| The theory for scattering of radiowaves from refractive index fluctuations in the polar ionosphere
| 171
|
| O.V. Zolotov, A.A. Namgaladze, I.E. Zakharenkova, I.I. Shagimuratov, O.V. Martynenko
| Physical interpretation and numerical modeling of the ionospheric earthquake precursors
| 175
|
| Yu.V. Zubova, A.A. Namgaladze, L.P. Goncharenko
| A model study of the FAC2 influence on the night-time Ne variations over the Millstone observatory during the April 2002 magnetic storms
| 179
|
SESSION 6. LOW ATMOSPHERE, OZONE
|
| V.I. Demin, M.I. Beloglazov
| Medical problems caused by vertical ozone distribution in mountain regions
| 185
|
| V.I. Demin, Yu.L. Zyuzin
| Detection of the mountain ecosystem dynamics in the Khibiny by technique of comparison of modern and old photographs and its relation with climate changes
| 189
|
| I.V. Mingalev, V.S. Mingalev, A.A. Kulikov
| A model study of the transformation of the global circulation of the lower and middle atmosphere during the period from June to December
| 192
|
| V.A. Tereshchenko, V.D. Tereshchenko
| Observation of a polar stratospheric cloud above Murmansk on 29 January 2008
| 196
|
SESSION 7. HELIOBIOSPHERE
|
| N.G. Kleimenova, O.V. Kozyreva, T.K. Breus, S.I. Rapoport
| Seasonal variation of magnetic storm influence on myocardial infarctions
| 203
|
| V.I. Manykina, S.N. Samsonov
| Influence of heliogeophysical activity on a functional state of cardiovascular system of a human being
| 206
|