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- W2080305745 abstract "ABSTRACT The plasma sheet is considered as a thin electrically conducting layer with a prescribe flow across the magneticfield lines at the equatorial plane of the magnetotail. Electric field resulting from the geomagnetic field diffusioninto the solar wind is also added to the model. This gives a defined electric potential distribution at the flanks ofthe plasma sheet. The calculated electric potential from the plasma sheet and from the diffusive magnetopause isprojected to the ionosphere along the magnetic field lines. At the ionospheric level they map to an oval strip atthe polar cap boundary. Electric potential in the regions of the ionosphere both poleward and equatorward of thisregion is obtained by numerical solving of the problem of electric conductivity in the ionosphere.The patterns of electric potential contours in the ionosphere are similar to that known from observations. Thepositive and negative peaks of electric potential located at dawn and dusk sides of the polar oval correspond to thesame peaks in the far plasma sheet at distance of about 150 RE " @default.
- W2080305745 created "2016-06-24" @default.
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- W2080305745 date "2002-02-28" @default.
- W2080305745 modified "2023-09-27" @default.
- W2080305745 title "Electric field generation in the plasma sheet" @default.
- W2080305745 cites W2042929170 @default.
- W2080305745 cites W2138575096 @default.
- W2080305745 doi "https://doi.org/10.1117/12.458486" @default.
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