Computer Science
Scientific paper
Sep 1990
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1990stin...9122064t&link_type=abstract
Unknown
Computer Science
Electron Acceleration, Gamma Ray Bursts, Millimeter Waves, Solar Flares, Thermal Plasmas, Type 3 Bursts, Accuracy, Gamma Rays, Heating, Relativistic Particles, Spatial Resolution, Temporal Resolution
Scientific paper
Observations of meter gamma ray (408, 327, 237 MHz) type-III bursts were compared with millimeter wave (22 GHz) bursts obtained simultaneously with high (less than 100 m) absolute timing accuracy. In a majority of the cases, meter gamma ray type-III bursts are peaked later when compared to millimeter gamma rays associated bursts and are poorly correlated. Here, for the first time, one to one correlated intense, high (45) R-circularly polarized, meter gamma ray type-III bursts are reported, which peak earlier in comparison with associated extremely weak, less L-circularly polarized, 22 GHz bursts. Assuming this millimeter gamma ray burst to be of thermal origin, then depending upon the ratio of time heating to time of acceleration, and time of commencement of heating at the level where millimeter gamma ray burst is produced, these delays are interpreted.
Messerotti Mauro
Sawant Hanumant S.
Trevisan R. H.
Zlobec Paolo
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