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首页> 外文期刊>The Astrophysical journal >THE MAGNETIC FIELD STRUCTURE IN THE HELIOSHEATH
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THE MAGNETIC FIELD STRUCTURE IN THE HELIOSHEATH

机译:螺旋鞘中的磁场结构

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摘要

The magnetic field observed in a fluctuating, dynamical heliosheath will differ considerably from that in a static heliosheath. In particular, the time between current-sheet crossings (sectors) is quite sensitive to the radial speed of the solar wind termination shock. If an inwardly moving termination shock moves past an observer on a slowly moving spacecraft, the time between current-sheet crossings in the heliosheath becomes larger, and can become very large, for reasonably expected inward shock speeds. This effect may help to explain recent observations of the magnetic field from the Voyager 1 spacecraft, where, in the heliosheath, the magnetic field has remained directed outward from the Sun for several months.
机译:在波动的动态日鞘中观察到的磁场将与在静态日鞘中观察到的磁场有很大不同。特别是,电流表交叉(扇区)之间的时间对太阳风终止冲击的径向速度非常敏感。如果向内移动的终止激波移过缓慢移动的航天器上的观察者,则对于合理预期的向内激波速度,日光鞘中电流层交叉之间的时间会变大,并且可能会变得非常大。这种效应可能有助于解释Voyager 1号航天器对磁场的最新观察结果,该航天器在日鞘中的磁场一直从太阳向外指向了几个月。

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