SEP environment in the inner heliosphere from Solar Orbiter and Parker Solar Probe

Robert F. Wimmer-Schweingruber, Javier Rodriguez-Pacheco, George C. Ho, Christina M. Cohen, Glenn M. Mason, the Solar Orbiter EPD, Parker Solar Probe ISIS teams
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Abstract

The Sun drives a supersonic wind which inflates a giant plasma bubble in our very local interstellar neighborhood, the heliosphere. It is bathed in an extremely variable background of energetic ions and electrons which originate from a number of sources. Solar energetic particles (SEPs) are accelerated in the vicinity of the Sun, whereas shocks driven by solar disturbances are observed to accelerate energetic storm particles (ESPs). Moreover, a dilute population with a distinct composition forms the anomalous cosmic rays (ACRs) which are of a mixed interstellar-heliospheric origin. Particles are also accelerated at planetary bow shocks. We will present recent observations of energetic particles by Solar Orbiter and Parker Solar Probe, as well as other spacecraft that allow us to study the acceleration and transport of energetic particles at multiple locations in the inner heliosphere.
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太阳轨道器和帕克太阳探测器提供的内日光层中的 SEP 环境
太阳驱动着超音速风,在我们当地的星际邻域--日光层--吹起一个巨大的等离子泡。它沐浴在高能离子和电子的极不稳定的背景中,这些高能离子和电子的来源有很多。太阳高能粒子(SEPs)在太阳附近被加速,而太阳扰动驱动的冲击被观测到加速了高能风暴粒子(ESPs)。此外,星际-日光层混合来源的异常宇宙射线(ACRs)形成了一个具有独特成分的稀释群体。粒子在行星弓形冲击时也会加速。我们将介绍太阳轨道器和帕克太阳探测器以及其他航天器最近对高能粒子的观测,这些观测使我们能够研究高能粒子在日光层内部多个位置的加速和传输。
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