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Please fill the form and attach your abstract.
The preferable format for the abstract is MS Word. The preferable language is English.
Note, that the abstract should consist of Title, List of authors, List of authors' affiliations, and the Text of abstract (see, an Example below).
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Abstract Form
Example of the abstract layout (abstract length should not exceed 1 page)
Solar wind control of the substorm westward electrojet
I.V. Despirak 1 , A.G. Yahnin 1 , A.A. Lubchich 1 , A.B. Pashin 1 and A.L. Kotikov 2
1. Polar Geophysical Institute, Apatity, Russia
2. Institute of Physics, University of St-Petersburg, St-Petersburg, Russia
During the expansion phase of a substorm the westward electrojet expands poleward following the auroral expansion. Sometimes the electrojet propagates from the auroral zone up to very high latitudes (CGLat >75-80). These substorms are called "high-latitudinal" substorms. Sergeev et al (1979) and Dmitrieva and Sergeev (1984) showed that such "high-latitudinal" substorms occur under high-speed solar wind, and the latitude of the electrojet propagation is higher when the solar wind velocity is larger. It was shown that "high-latitudinal" substorms occur more frequently during the solar cycle
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