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CMES OBSERVED BY SMEI WHICH ARE NOT SEEN BY LASCO

机译:由Lasco看不到的Smei观察的CME

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The Solar Mass Ejection Imager (SMEI) has been observing CMEs in the interplanetary medium since its launch on the Coliolis spacecraft on 6 January 2003. Approximately 1/8th of the events which are readily detected in the all-sky images produced once/orbit (102 minutes) are not accompanied by an event visible in LASCO running difference images within 12 hours of the nominal time the event left the Sun. The latter is based on a back-extrapolation of the elongation-time plot of the SMEI event. A further constraint is that the search of the LASCO data was restricted to a position angle within ± 45 degrees of the position angle of the SMEI event. A further 1/8th of SMEI events were accompanied by extremely faint LASCO events, which would not have been detected by a casual observer, but which otherwise matched well with the SMEI elongation-time plot at the same position angle. The conclusion from this work is that erupting magnetic structures from the Sun must frequently accumulate mass as they travel through the interplanetary medium.
机译:太阳能批量喷射成像仪(SMEI)在2003年1月6日在Coliolis SpaceCraft启动以来,在行星际媒体上观察了CMES。大约1/8的事件在全天图像中易于检测到一次/轨道( 102分钟)没有伴随在伦科运行差异图像中可见的一个事件,在名义上留在阳光下的12小时内。后者基于中小企业事件的伸长时间图的背外推。另一个约束是将Lasco数据的搜索限制在SMEI事件的位置角度的±45度内的位置角度。中小企业事件的另一个1/8举行伴随着极其微弱的Lasco事件,这是不受休闲观察者检测到的,而是与相同位置角度的中小企业伸长时曲线匹配。从这项工作的结论是,从太阳中爆发磁性结构必须经常积聚在穿过行星介质时的质量。

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