星际边界探测器(IBEX)可能已经记录到亚风暴的交叉尾电流中断事件

Li Lu
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引用次数: 0

摘要

卫星测量的时空变化对应着不同的物理内涵。ENA成像是避免遥感区域等离子体空间分布时空变化混淆的有效方法。但是,对于采用扫描采样的中性原子成像仪,如果采样时间过长(如超过相关物理事件的演化周期),仍然需要仔细分析采样期间空间环境的时间变化因素。我们对IBEX-Hi的“地面等离子体片断开”的ENA扫描图像进行了重新认证,发现在采样期间发生了磁层亚风暴,很可能是由于环状电流中高能离子的俯角扩散造成了所谓的“等离子体片断开”错觉。ENA成像观测反映了其母离子的运动模式,母离子与空间等离子体可视化有一定距离。环流高能离子扩散的动态演变启发我们建立了一种新的亚暴宏观模型,可以在黄道面上使用ENA成像进行可视化监测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interstellar Boundary Explorer (IBEX) may have recorded a cross-tail current disruption event of the substorm
The spatial and temporal variations of satellite measurements correspond to different physical connotations. ENA imaging is an effective method to avoid the confusion of spatial and temporal variations of plasma space distribution in remote sensing region. However, for the neutral atom imager with scanning sampling, if the sampling time is too long (such as exceeding the evolution period of related physical events), it is still necessary to carefully analyze the time change factors of the space environment during the sampling period. Our re-certification of ENA scanning images of the IBEX-Hi’s “terrestrial plasma sheet disconnection” revealed that a magnetospheric substorm occurred during sampling, most likely due to the pitch angle diffusion of energetic ions in the ring current to create the so-called “plasma sheet disconnection” illusion. The observation of ENA imaging reflects the motion pattern of its parent ions, which have a certain distance from space plasma visualization. The dynamic evolution of ring current energetic ion diffusion has inspired us to create a new macroscopic model of substorms that can be visually monitored in the ecliptic plane using ENA imaging.
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