SESSION 1. STORMS AND SUBSTORM
| A.A. Arykov, Yu.P. Maltsev, I.V. Golovchanskaya
| Averaged behavior of the solar wind parameters around auroral breakups
| 9
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| I.V. Despirak, A.A. Lubchich, A.G. Yahnin
| Solar wind control of the high-latitude propagation of the substorm electrojet
| 13
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| V.L. Khalipov, Y.I. Galperin, A.E. Stepanov, L.V. Shestakova, E.D. Bondar’
| Polarization jet formation during a substorm brake up phase: results of ground-based measurements
| 17
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| Y.P. Maltsev, I.V. Golovchanskaya
| Parameters influencing the growth and decay of AE index
| 21
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| Y.P. Maltsev, A.A. Ostapenko
| Evidence of the major magnetotail current contribution to Dst
| 25
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| V.A. Popov, A.E. Levitin
| Correction of the auroral electrojet indices on the basis of the high latitude geomagnetic variation model
| 29
|
| V.A. Velichko, R.N. Boroyev, D.G. Baishev
| Local field-aligned current during the substorm growth phase
| 33
|
| V.A. Velichko, R.N. Boroyev, M.G. Gelberg
| Azimuth asymmetry of field-aligned currents inflowing and outflowing from the ionosphere in the substorm current wedge
| 37
|
| V.A. Velichko, G.V. Borisov, R.N. Boroyev, D.G. Baishev
| Variation of the 557.7 nm emission brightness equatorward of low-latitude boundary of the auroral background luminosity before the break-up onset
| 41
|
| L.S. Yevlashin, Yu.P. Maltsev
| The complex of helio-geophysical phenomena for three superstorms
| 45
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SESSION 2. FIELDS, CURRENTS, PARTICLES, WAVES IN MAGNETOSPHERE
| E.Y. Feshchenko, Y.P. Maltsev
| Electric potential of the ionosphere-magnetosphere convection
| 51
|
| I.V. Golovchanskaya, Y.P. Maltsev
| Electric field irregularities in the high-latitude ionosphere
| 55
|
| S.N. Kuznetsov, A.Yu. Rybakov
| The influence of the extreme solar wind parameter values on the Earth's magnetosphere disturbances | 59
|
| S.N. Kuznetsov, A.Yu. Rybakov
| The strong precipitation boundary of different energy particles under the Tsyganenko-89 magnetosphere model
| 62
|
| L.V. Tverskaya
| The long-period DP-1 and DP-2 variation effects in radiation belts
| 66
|
| A.A. Lubchich, A.G. Yahnin, I.V. Despirak
| The far tail plasma sheet: Correlation with solar wind parameters and geomagnetic disturbances
| 70
|
| A.A. Lubchich, V.S. Smirnov
| The magnetospheric and ionospheric disturbances during the passage of the large-amplitude Alfven wave in the interplanetary medium
| 74
|
| A.M. Sadovski and A.A. Galeev
| Ion Weibel instability in the Earth's neutral sheet and disruption problem
| 78
|
SESSION 3. SUN, SOLAR WIND AND COSMIC RAYS
| I.V. Getselev, S.A. Krasotkin, V.P. Okhlopkov, E.A. Chuchkov
| The relation between solar activity and cosmic rays fluence at the Earth’s orbit
| 85
|
| A.A. Lubchich, I.V. Despirak, A.G. Yahnin
| The relationship between solar wind velocity and solar wind thermal pressure
| 89
|
| A.I. Podgorny, I.M. Podgorny
| The mechanism of energy release and field-aligned current generation during substorms and solar flares
| 92
|
| E.V. Vashenyuk, B.B. Gvozdevsky, V.V. Pchelkin, I.G. Usoskin, K. Mursula, T. Tanskanen
| The comparative analysis of GLEs 1998-2001 on data of close neutron monitor stations in Apatity and Oulu
| 96
|
SESSION 4. IONOSPHERE, ATMOSPHERE, BIOSPHERE
| V.V. Bondarenko, G.F. Remenets
| Numerical analysis of the anomalous ionized atmosphere
| 103
|
| Zh.V. Dashkevich, V.E. Ivanov, S.V. Leontyev, T.I. Sergienko, B.Z. Khudukon, O. Evstafiev, V.G. Korotkov, A.V. Roldugin
| The luminosity dynamics and precipitated particle flux characteristic during optical tomography experiment in February 1999
| 107
|
| A.L. Kotikov, A.B. Pashin, M.I. Pudovkin, O.I. Kornilov | Disturbances on November 19, 1998 heating experiment observed by Scandinavian ground-based complex
| 111
|
| G.I. Mingaleva and V.S. Mingalev
| Computation study of the high-latitude F-layer modification by powerful HF waves with different frequencies in the daytime
| 115
|
| M.I. Orlova, T.N. Lukicheva, and V.S. Mingalev
| A simulation study of how the main ionosphereic though affects the oblique HF propagation along the sub-auroral route
| 119
|
| O.A. Pokhotelov, V.V. Khruschev, and S.A. Senchenkov
| Influence of the IAR with Hall dispersion on the formation of discrete aurora | 122
|
| V.D.Tereshchenko, E.B. Vasiljev, M.V. Yakimov, V.A. Tereshchenko, O.F. Ogloblina
| The radar observation of the lower polar ionosphere during the solar eclipse of 1999 August 11
| 126
|
| V.D. Tereshchenko, O.F. Ogloblina, V.A. Tereshchenko, E.B. Vasiljev, M.V. Yakimov
| The study of undular perturbations in the lower polar ionosphere
| 129
|
| V.D. Tereshchenko, V.A. Tereshchenko, E.B. Vasiljev, T.N. Semjashkina, A.M. Tarichenko, S.M. Chernyakov | The radar measurements of electron density in the lower ionosphere
| 132
|
| M.V. Yakimov, V.D. Tereshchenko, E.B. Vasiljev
| The study of the lower polar ionosphere nonuniform structure
| 136
|
| I.V. Mingalev and V.S. Mingalev
| A numerical global model of the horizontal and vertical wind in the lower and middle atmosphere
| 140
|
| N.G. Kleimenova, O.V. Kozyreva, P.K. Ivanova, E.T. Matveeva
| Relationship between the seasonal variation of the infarction mortality in Bulgaria and geomagnetic Pc1 pulsation
| 144
|
| A.G. Yahnin, N.V. Semenova, J. Kangas, J. Manninen, T. Turunen
| Spectral resonance structure of the electromagnetic noise in the range of 0.1-4 Hz at L=5.2: Evidence for the ionospheric Alfven resonator
| 148
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| AUTHORS
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| 152
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