Computer Science – Sound
Scientific paper
Apr 1983
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1983aseicrept.....w&link_type=abstract
Final Report, 31 Mar. 1982 - 31 Mar. 1983 American Science and Engineering, Inc., Cambridge, MA.
Computer Science
Sound
Coronal Loops, Microwave Emission, Rocket Sounding, Solar X-Rays, Temperature Distribution, X Ray Imagery, Bremsstrahlung, Filtergrams, Solar Magnetic Field, Sounding Rockets, Spatial Resolution, Spectroheliographs
Scientific paper
Simultaneous high spatial resolution observations at 6 cm in soft X-rays, in photospheric magnetograms, and in optical filtergrams were used to compare the most intense sources of centimetric emission in two active regions to coronal loops, sunspots, chromospheric structures, and photospheric magnetic fields. Results show that the majority of the bright microwave components are not associated with sunspots or X-ray emission. A nonthermal mechanism appears necessary to explain the brightest microwave components, discrete regions of continuous particle acceleration may be common in active regions. Studies of the plasma parameters of selected loops imply that the radio emission is consistent with gyro-resonance absorption at the third and fourth harmonic, at least from part of each loop. Results are presented for: (1) X-ray and microwave observations of active regions; (2) comparison of coronal holes observed in soft X-rays and Hel 10830 A spectrosheliograms; and (3) the reappearance of polar coronal holes and the evolution of the solar magnetic field.
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