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TRACKING CORONAL FEATURES FROM THE LOW CORONA TO EARTH: A QUANTITATIVE ANALYSIS OF THE 2008 DECEMBER 12 CORONAL MASS EJECTION

DeForest, C E ; Howard, T A ; McComas, D J

The Astrophysical journal, 2013-05, Vol.769 (1), p.1-13 [Periódico revisado por pares]

United States

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  • Título:
    TRACKING CORONAL FEATURES FROM THE LOW CORONA TO EARTH: A QUANTITATIVE ANALYSIS OF THE 2008 DECEMBER 12 CORONAL MASS EJECTION
  • Autor: DeForest, C E ; Howard, T A ; McComas, D J
  • Assuntos: ASTROPHYSICS, COSMOLOGY AND ASTRONOMY ; Coronal mass ejection ; Coronas ; Earth ; ELEVATORS ; EXTREME ULTRAVIOLET RADIATION ; GROUND TRUTH MEASUREMENTS ; HELIOSPHERE ; In situ measurement ; INSTABILITY ; INTERPLANETARY SPACE ; KINETIC ENERGY ; LAYERS ; Magnetic clouds ; MASS ; Origins ; PLASMA ; SOLAR CORONA ; SOLAR SYSTEM ; SOLAR WIND ; SPECIFICITY ; SUN ; THOMSON SCATTERING
  • É parte de: The Astrophysical journal, 2013-05, Vol.769 (1), p.1-13
  • Notas: ObjectType-Article-1
    SourceType-Scholarly Journals-1
    ObjectType-Feature-2
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  • Descrição: We have tracked a slow magnetic cloud associated coronal mass ejection (CME) continuously from its origin as a flux rope structure in the low solar corona over a four-day passage to impact with spacecraft located near Earth. Combining measurements from the STEREO, ACE, and Wind space missions, we are able to follow major elements with enough specificity to relate pre-CME coronal structure in the low corona to the corresponding elements seen in the near-Earth in situ data. Combining extreme ultraviolet imaging, quantitative Thomson scattering data throughout the flight of the CME, and "ground-truth" in situ measurements, we: (1) identify the plasma observed by ACE and Wind with specific features in the solar corona (a segment of a long flux rope); (2) determine the onset mechanism of the CME (destabilization of a filament channel following flare reconnection, coupled with the mass draining instability) and demonstrate that it is consistent with the in situ measurements; (3) identify the origin of different layers of the sheath material around the central magnetic cloud (closed field lifted from the base of the corona, closed field entrained during passage through the corona, and solar wind entrained by the front of the CME); (4) measure mass accretion of the system via snowplow effects in the solar wind as the CME crossed the solar system; and (5) quantify the kinetic energy budget of the system in interplanetary space, and determine that it is consistent with no long-term driving force on the CME.
  • Editor: United States
  • Idioma: Inglês
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  • Realização: ABCD-USP USP   Logos de Redes Sociais: Freepik

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