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First results of MWC SAS3 electromagnetic wave experiment on board of the Chibis-M satellite |
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| Authors: | Stanislav Klimov Csaba Ferencz László Bodnár Péter Szegedi Péter Steinbach Vladimir Gotlib Denis Novikov Serhiy Belyayev Andrey Marusenkov Orsolya Ferencz Valery Korepanov János Lichtenberger Dániel Hamar |
| Institution: | 1. Eötvös Lóránd University, Budapest, Hungary;2. BL Electronics Ltd., Solymár, Hungary;3. MTA-ELTE Res. Group for Geol., Geophys. and Space Sci., HAS, Budapest, Hungary;4. Space Research Institute (IKI) of RAS, Moscow, Russia;5. Lviv Centre of Institute for Space Research of NASU-SSAU (LC), Lviv, Ukraine;6. Geodetic and Geophysical Institute, RCAES, HAS, Sopron, Hungary |
| Abstract: | The main goals of the Chibis-M mission are the testing of a new micro-satellite technology, the study of new physical processes related to lightning activity and the verification of possible monitoring techniques of Space Weather phenomena. In frames of the Chibis-M mission an electromagnetic wave complex MWC is installed on board of the satellite composed of electromagnetic sensors and SAS3 measuring unit. The obtained data show that the scientific instrumentation operates properly and produces interesting information. Here we present the first results of the first year of operation of the MWC in the ELF–VLF bands in different operation modes. An important conclusion is that basing on the experience of the first year it is possible to realize an effective and reliable Space Weather monitoring system using micro-satellites and simultaneously operating ground support equipments. |
| Keywords: | Micro-satellite Space weather monitoring Ionosphere |
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