Dispersive Suprathermal Ion Events Observed by the Parker Solar Probe Mission

Author:

Alnussirat S. T.ORCID,Livi R.ORCID,Larson D. E.ORCID,Rahmati A.ORCID,Whittlesey P. L.ORCID,Romeo O.ORCID,Badman S. T.ORCID,Buitrago-Casas MiloORCID,Martínez Oliveros Juan CarlosORCID,Pulupa M.ORCID,Bale S. D.ORCID,Huang J.ORCID,Verniero J.ORCID,Raouafi N.ORCID,Mitchell DonaldORCID,McComas D. J.ORCID,Hill MattORCID,Cohen ChristinaORCID

Abstract

Abstract During Encounter 11, Parker Solar Probe observed a low-energy dispersive ions event of solar origin. The event was observed in the SPAN-I and IS⊙IS EPI-Lo sensors. The event started at a few MeV energy in the EPI-Lo sensor and progressed down in energy to ≈1 keV and merged with the bulk of the solar wind. This event is substantially different from typical solar energetic particles because the energetic population shows a distinct peak in the energy spectrum that descends in energy (not a power-law tail). In this Letter, we explore this event’s nature, origin, and characteristics.

Funder

NASA ∣ SMD ∣ Heliophysics Division

Publisher

American Astronomical Society

Subject

Space and Planetary Science,Astronomy and Astrophysics

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