Physics
Scientific paper
Jan 1984
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1984soph...90..161g&link_type=abstract
Solar Physics (ISSN 0038-0938), vol. 90, Jan. 1984, p. 161-176.
Physics
19
Coronagraphs, Coronal Loops, Solar Prominences, Solar Radio Bursts, H Alpha Line, Solar Maximum Mission, Solar Spectra
Scientific paper
Simultaneous visible-light and radio observations of a coronal transient that occurred on April 9, 1980 are discussed. Visible-light observations of the transient and the associated erupting prominence were available from the Coronagraph/Polarimeter carried aboard SMM, the P78-1 coronagraph, and from the Haleakala Observatory. Radio observations of the related type III-II-IV bursts were available from the Clark Lake and Culgoora Observatories. The transient was extremely complex; it is suggested that an entire coronal arcade rather than just a single loop participated in the event. Type III burst sources observed at the beginning of the event were located along a nearby streamer, which was not disrupted, but was displaced by the outmoving loops. The type II burst showed large tangential motion, but, unlike such sources usually do, it had no related herringbone structure. A moving type IV burst source can be associated with the most dense feature of the white-light transient.
Erskine T. III F.
Gergely Tomas E.
House Leanna L.
Illing R.
Kundu Mukul R.
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