Effect of GEO satellite explosion on space environment
Yiwen Hu, Zhanyue Zhang, Hongqiang Sun
Abstract
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Yiwen Hu, Zhanyue Zhang, Hongqiang Sun
Abstract
Open-access reader
The distribution status of spatial targets in the geosynchronous orbit (GEO) is analysed, and the GEO orbital space environment model with space debris above 10 cm in feature size is established. The debris situation after the fragmentation of the satellite explosion in the orbit is simulated, and the safety of the space environment under the current conditions is analysed.
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The distribution status of spatial targets in the geosynchronous orbit (GEO) is analysed, and the GEO orbital space environment model with space debris above 10 cm in feature size is established. The debris situation after the fragmentation of the satellite explosion in the orbit is simulated, and the safety of the space environment under the current conditions is analysed.
Key concepts: Space debris, Geosynchronous orbit, Satellite, Space environment, Orbit (dynamics), Debris, Remote sensing, Space (punctuation)