1971
DOI: 10.5636/jgg.23.205
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High Latitude Boundary of the Stably-Trapped Radiation Zone on the Day-Side of the Magnetosphere

Abstract: Spatial distribution of energetic electron intensities as observed by a detector on the Imp-3 satellite has been examined in order to study the location of the high latitude boundary of the stablytrapped zone of energetic particles at the noon meridian section of the magnetosphere. A region of enhanced electron intensities was found to exist which extends from the equatorial region of the stably-trapped zone to high latitudes along the day-side magnetospheric boundary. The location of the region is in very goo… Show more

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Cited by 3 publications
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“…Further trapping-boundary evidence came from the 1MP-3 satellite energetic (E > 250 keV) electron detector Dl, provided by the University of Chicago group under J. Simpson. Murayama (1971) used these data to discriminate stably-trapped from psuedo-trapped particles, based on detector counting-rate levels observed on orbits near noon. Comparing his regions so derived to the model of Shabansky (Fig.…”
Section: Experimental Evidence For High-latitude Minimum-b Pockets: Omentioning
confidence: 99%
“…Further trapping-boundary evidence came from the 1MP-3 satellite energetic (E > 250 keV) electron detector Dl, provided by the University of Chicago group under J. Simpson. Murayama (1971) used these data to discriminate stably-trapped from psuedo-trapped particles, based on detector counting-rate levels observed on orbits near noon. Comparing his regions so derived to the model of Shabansky (Fig.…”
Section: Experimental Evidence For High-latitude Minimum-b Pockets: Omentioning
confidence: 99%