The Geospace Modeling Program Grand Challenge
摘要:
The first Geospace Modeling Program (GEM) campaign, the boundary layer campaign, focused on the cusp, the dayside magnetopause, and dayside magnetospheric boundary layers. One of the projects pursued during this campaign was a construction of synoptic maps of convective flows and particle regions within the polar ionosphere for different orientations of the interplanetary magnetic field. In 1996, the GEM steering committee recommended that these synoptic maps be used for data-model comparisons to provide tests of model convection patterns, convection strengths, separatrix locations, boundary layers, and currents. The papers that follow this introductory paper describe results of the data-model comparisons. This paper summarizes the data analysis approach and the results that were obtained that are important for the comparisons.
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关键词:
General or Review/ ionosphere magnetosphere/ solar wind interaction magnetosphere ionosphere IMF orientation Geospace Modeling Program Grand Challenge GEM boundary layer campaign cusp dayside magnetopause dayside magnetospheric boundary layer synoptic map convective flow plasma convection polar ionosphere interplanetary magnetic field convection pattern convection strength separatrix location/ A9430 Magnetosphere A9420W Interaction between ionosphere and magnetosphere A9420T Ionospheric plasma motion, convection, and circulation A9420S Ionospheric electric fields and currents A9430V Magnetospheric interaction with solar wind A9430D Magnetopause A9420 Ionosphere A9355 Research organizations and programmes in geophysics A9430F Magnetospheric plasma motion, convection, and circulation A9430K Magnetospheric electric fields and currents
DOI:
10.1029/98JA00015
被引量:
年份:
1998
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