SESSION 2. FIELDS, CURRENTS, PARTICLES
| V.L. Khalipov, Yu.I. Galperin, A.E. Stepanov, E.D. Bondar'
| Formation of polarization jet during injection of ions into the inner magnetosphere
| 43
|
| B.V. Kozelov, T.V. Kozelova, T.A. Kornilova
| Development of auroral intensification as an output of magnetosphere-ionosphere dynamical system
| 47
|
| A.V. Moiseyev, S.I. Solovyev, K. Yumoto
| Relation between the formation of preliminary and main SI impulses during a sharp compression of the magnetosphere by solar wind
| 51
|
| V.D. Sokolov, S.N. Samsonov
| Dependence of appearance frequency of auroral absorption on its intensity
| 55
|
| L.V. Tverskaya, N.N. Pavlov, T.A. Ivanova
| Some features of injection of relativistic electrons into the inner magnetosphere during a magnetic storm
| 59
|
SESSION 3. WAVES AND WAVE-PARTICLE INTERACTION
| A.G. Demekhov, D. Nunn, V.Y. Trakhtengerts
| Backward wave oscillator regime of whistler cyclotron instability in an inhomogeneous magnetic field
| 65
|
| A.G. Demekhov, S.I. Isaev, V.Yu. Trakhtengerts
| Self-consistent modeling of Pc 1 emissions in the Earth's magnetosphere
| 69
|
| B.V. Kozelov, E.E. Titova, A.A. Lubchich, V.Y. Trakhtengerts, J. Manninen
| "On-off" intermittency as a dynamical analogy of VLF chorus generation
| 73
|
| N.V. Semenova, A.G. Yahnin, A.A. Ostapenko, J. Kangas, J. Manninen
| Comparison of observed parameters of the spectral resonance structure with predictions of the iospheric Alfven resonator theory
| 77
|
| E.E. Titova, B.V. Kozelov, F. Jiricek, J. Smilauer, A.G. Demekhov, V.Yu. Trakhtengerts
| VLF chorus characteristics and predictions from backward wave oscillator model: a comparison
| 81
|
| A.G. Yahnin, T.A. Yahnina, N.Y. Ganushkina, V. Angelopoulos, F.S. Mozer, J. Kangas, J. Manninen, T.A. Fritz, C.T. Russell, M.F. Thomsen
| Multi-satellite study of phenomena in the evening magnetosphere during the Pc1-2 event
| 85
|
SESSION 4. IONOSPHERE AND UPPER ATMOSPHERE
| V.V. Bakanas
| Spectrum of the near infrared airglow at the middle latitude
| 91
|
| S. Chernouss, A. Yahnin, A. Roldugin
| Optical observations of the acoustic-gravity waves (AGW) supposedly initiated by rocket launches
| 95
|
| Zh.V. Dashkevich, V.E. Ivanov | Some features of meridional dependence of electron flux parameters inside auroral arcs
| 99
|
| Yu. Platov, S. Chernouss, G. Kulikova
| Classification of gas-dust formations from rocket exhaust in the upper atmosphere by scale and dynamics
| 103
|
| G.I. Mingaleva, V.S. Mingalev
| Simulation of the spatial structure of the high-latitude F-region for different conditions of solar illumination of the ionosphere
| 107
|
| V.D. Tereshchenko, M.V. Yakimov, O.F. Ogloblina, V.A. Tereshchenko
| Behaviour peculiarity of MF signal backscatted by polar ionosphere in evening
| 111
|
| V.D. Tereshchenko, O.F. Ogloblina, V.A. Tereshchenko, T.V. Kovalevich
| Seasonal differences of electron density in polar ionosphere D-region determined by partial reflection technique
| 115
|
| V.D. Tereshchenko, E.B. Vasiliev, V.A. Tereshchenko
| The polar mesospheric MF echoes
| 118
|
SESSION 5. SUN, SOLAR WIND AND COSMIC RAYS
| G.A. Bazilevskaya, V.S. Makhmutov, A.K. Svirzhevskaya, N.S. Svirzhevsky, Yu.I. Stozhkov, E.V. Vashenyuk
| Intrusion of energetic electrons into the polar atmosphere during the solar proton event of 24 September, 2001
| 125
|
| I. Getselev, M. Podzolko, V. Okhlopkov, S. Krasotkin, E. Chuchkov
| Cosmic rays and solar-terrestrial relations
| 129
|
| A.I. Podgorny, I.M. Podgorny
| Current sheet decay as a united mechanism of the phenomena associated with a solar flare
| 133
|
| N.G. Skryabin, S.N. Samsonov, I.Ya. Plotnikov
| Influence of Jupiter on cosmic ray intensity variations
| 137
|
SESSION 6. LOW ATMOSPHERE, OZONE
| E.V.Kononovich, N.N.Shefov
| Quasi-biennial variations of the solar activity during the 11-year cycle and their display in the variations of the temperature of the middle atmosphere
| 143
|
| A.A. Krivolutsky, A.A. Kuminov, T.Yu. Vyushkova
| Numerical simulation of the response of ozonosphere to solar proton events
| 147
|
SESSION 7. BIOSPHERE
| P.A. Kashulin, N.V. Kalacheva, P.M. Zhiboedov, V.C. Zhirov
| Phenolic biochemical pathway in plants can be used for the bioindication of heliogeophysical factors
| 153
|
| S.Chernouss, O.Antonenko, V. Ilyin, G.Milinevsky, Y.Moiseenko, A.A.Bogomolets
| Heart rate variability parameters variations at geomagnetic disturbances in Arctic and Antarctic regions
| 157
|
| G. Cornelissen, C. Maggioni, F. Halberg
| Is a birth-month-dependence of human longevity influenced by half-yearly changes in geomagnetics?
| 161
|
CORRECTION
| M.I. Beloglazov, G.F. Remenets, V.P. Nemirov
| Correction
| 166
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