首页> 外文期刊>Geophysical Research Letters >DAYSIDE RECONNECTED FIELD LINES IN THE SOUTH-DUSK NEAR-TAIL FLANK DURING AN IMF B-Y-GREATER-THAN-0 DOMINATED PERIOD
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DAYSIDE RECONNECTED FIELD LINES IN THE SOUTH-DUSK NEAR-TAIL FLANK DURING AN IMF B-Y-GREATER-THAN-0 DOMINATED PERIOD

机译:IMF B-Y-GREATER-THAN-0统治期间南黄昏近尾翼的日间重新连接的场线

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摘要

A prolonged period of B-y > 0 dominated IMF conditions was monitored by WIND on Dec., 18-19, 1994. Observations on convection over the southern polar cap in the middle of this period (IMF B-z similar to 0) were available from AKEBONO. Detection of the well-known dawn-to-dusk flow observing simultaneously energy-dispersed ions in the cusp strongly indicates that the field lines reconnected at the dayside were azimuthally accelerated. GEOTAIL happened to be in the duskside flank at (X-GSM,Z(GSM)) similar to (-15 similar to -23, -1 similar to -7)R-E. The GEOTAIL data not only prove that this near-tail flank region in the southern hemisphere is filled with azimuthally accelerated flux tubes that are loaded with solar wind plasma, but they also show that Of ions are transported tailward along these field lines. The latter is a, new finding which suggests a route for transporting O+ ions from the ionosphere to the magnetotail. [References: 9]
机译:1994年12月18日至19日,WIND对B-y> 0占主导地位的IMF条件进行了长期监测。在此期间的中期,南极帽对流观测(IMF B-z与0相似)可从AKEBONO获得。同时观察到尖峰处能量分散的离子的已知黎明到黄昏流的检测强烈表明,在白天重新连接的磁力线在方位角上加速了。 GEOTAIL恰好位于(X-GSM,Z(GSM))的黄昏侧面,类似于(-15类似于-23,-1类似于-7)R-E。 GEOTAIL数据不仅证明南半球的这个近尾翼区域充满了由方位角加速的通量管,这些通量管中装有太阳风等离子体,而且还表明Of离子沿着这些磁力线向后传输。后者是一个新发现,它提出了将O +离子从电离层传输到磁尾的途径。 [参考:9]

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