A type III solar burst was observed at seven frequencies between 3.5 MHz and 80 kHz by the Michigan experiment aboard the IMP-6 satellite. From the data we can determine burst direction-of-arrival as well as time-of-arrival. We predict these quantities using simple models whose parameters we vary to obtain a good fit to the observations. We find that between 3.5 MHz and 230 kHz the observed radiation was emitted at the fundamental of the local plasma frequency while below 230 kHz it was emitted at the second harmonic. The exciter particles that produced the burst onset and burst peak have velocities of 0.27 and 0.12, respectively, in units of the velocity of light.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/43734/1/11207_20...
IMP-6 spacecraft observations of low frequency radio emission, fast electrons, and solar wind plasma...
Over 500 days of low frequency (less than 5 MHz) radio observations from the IMP-6 spacecraft were a...
International audienceType III radio bursts are not only the most intense but also the most frequent...
We present the analysis of 64 type III solar bursts that drifted from 3.5 MHz down to the range 350-...
The analysis of type III bursts observed from the OGO-5 satellite between 3.5 MHz and 50 kHz (λ6 km)...
Type III bursts were observed between 3.5 MHz and 50 kHz by the University of Michigan radio astrono...
The occurrence rate of type 3 solar bursts in the frequency range 4.9 MHz to 30 kHz was analyzed as ...
Computer programs and procedures developed to process type 3 burst data obtained by IMP-6 are given....
Type III radio bursts observed at kilometric wavelengths (≲ 0.35 MHz) by the OGO-5 spacecraft are co...
We present preliminary results on the apparent angular size of the sources of four type III bursts o...
International audienceWe study solar Type III radio bursts simultaneously observed by RPWS/Cassini, ...
Simultaneous observations of type III radio bursts using spacecraft separated by several tenths of a...
We have grouped observed type III solar bursts according to the discrete frequencies of observation ...
Context. Solar radio bursts originate mainly from high energy electrons accelerated in solar eruptio...
Type III solar radio bursts were observed from 10 MHz to 10 KHz by satellite experiments above the t...
IMP-6 spacecraft observations of low frequency radio emission, fast electrons, and solar wind plasma...
Over 500 days of low frequency (less than 5 MHz) radio observations from the IMP-6 spacecraft were a...
International audienceType III radio bursts are not only the most intense but also the most frequent...
We present the analysis of 64 type III solar bursts that drifted from 3.5 MHz down to the range 350-...
The analysis of type III bursts observed from the OGO-5 satellite between 3.5 MHz and 50 kHz (λ6 km)...
Type III bursts were observed between 3.5 MHz and 50 kHz by the University of Michigan radio astrono...
The occurrence rate of type 3 solar bursts in the frequency range 4.9 MHz to 30 kHz was analyzed as ...
Computer programs and procedures developed to process type 3 burst data obtained by IMP-6 are given....
Type III radio bursts observed at kilometric wavelengths (≲ 0.35 MHz) by the OGO-5 spacecraft are co...
We present preliminary results on the apparent angular size of the sources of four type III bursts o...
International audienceWe study solar Type III radio bursts simultaneously observed by RPWS/Cassini, ...
Simultaneous observations of type III radio bursts using spacecraft separated by several tenths of a...
We have grouped observed type III solar bursts according to the discrete frequencies of observation ...
Context. Solar radio bursts originate mainly from high energy electrons accelerated in solar eruptio...
Type III solar radio bursts were observed from 10 MHz to 10 KHz by satellite experiments above the t...
IMP-6 spacecraft observations of low frequency radio emission, fast electrons, and solar wind plasma...
Over 500 days of low frequency (less than 5 MHz) radio observations from the IMP-6 spacecraft were a...
International audienceType III radio bursts are not only the most intense but also the most frequent...