Pulsations of precipitating energetic electrons: ACTIVE satellite data

Kudela, K.; Martin, I. M.; Shuiskaya, F.K.; Mogilevsky, M. M.; Jiřı́ček, F.

doi:10.1016/s1364-6826(98)00003-0

Cited by 1 publication

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“…High temporal resolution allowed with using SPE-1 to observe the high frequency energetic electron (~20 to ~300 keV) pulsations in middle latitudes, in subauroral and auroral regions and to identify differences at different pitch angles close to the equatorial loss cone. While strong, short time and/or small scale size pulsations of energetic electrons in different energy ranges in 20-300 keV within the loss cone have been observed during the recovery phase of a substorm in the morningside auroral and subauroral regions, simultaneous measurements outside the local loss cone did not exhibit such structure [4]. The dependence of durations of the spikes on L as well as relations to VLF emissions were found.…”

Section: Earlier Activities Spe-1 On Activementioning

confidence: 80%

Energetic particle monitoring in space: three-decades of experience at IEPSAS

Kudela

Baláž

Strharsky

2003

International Conference on Recent Advances in Space Technologies, 2003. RAST '03. Proceedings Of

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IEPSAS in Košice, Slovakia has a long track of experience with the design, construction, testing and operating of energetic particle detectors at low-altitude and high-apogee satellites as well as interplanetary probes during past 30 years. A review of experiments in space and a brief survey of selected results with references is presented. A simple programmable energetic particle detector MEP-1 developed for COMPASS microsatellite is described with more details. The device can be used for both scientific and application tasks at LEO. In addition to the scientific studies of near Earth environment, the experience obtained can be used in the future also for commercial satellites, where relatively simple, monitoring type of devices for measurement of radiation, especially due to the effects of space weather, are of relevance.

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Section: Earlier Activities Spe-1 On Activementioning

confidence: 80%