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  • 1
    Publication Date: 2004-12-03
    Description: The three dimensional source location of interplanetary type 2 radio bursts is intended to be determined from two spacecraft observations, performed by the radio receivers onboard the WIND and Ulysses spacecraft and associated with the interplanetary coronal mass ejection detected by the large advanced spectrometer coronagraph (LASCO) from the SOHO spacecraft. The intensity time profiles recorded by WIND and Ulysses were compared and their directivity is found to vary from one component of radio emission to another. The three dimensional location was obtained by radio triangulation and was deduced from the direction measured at WIND and the difference of the arrival times measured at both spacecraft. The sensitivity of both determination methods to wave scattering and refraction was discussed.
    Keywords: Space Radiation
    Type: Proceedings of the 31st ESALB Symposium on Correlated Phenomena at the Sun, in the Heliosphere and in Geospace; 429-430; ESA-SP-415
    Format: text
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  • 2
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    In:  Other Sources
    Publication Date: 2019-07-17
    Description: Storms of mildly energetic electrons, continuously ejected from solar active regions produce long lasting radio emissions which can be traced over periods of days as the Sun rotates. They are the radio trace large scale regions expanding through interplanetary space and closely associated with helmet streamer structures. They are a common phenomena during the period of solar maximum. The solar wind velocity in these structures can be obtained up to about 0.5 Astronomical Unit. they are almost always associated with slow solar wind. We review and discuss observations of ISEE-3 in the context of our present knowledge of the solar wind structure.
    Keywords: Space Radiation
    Type: ; 91
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