Electric propulsion: Synergy of orbit transfer and maintenance
S. Zafran
Abstract
S. Zafran
Abstract
Electric propulsion systems for transferring large payload masses to geosynchronous Earth orbits and providing accurate on-orbit stationkeeping are evaluated. Orbit boosting, inclination change, attitude control, stationkeeping, relocation, disposal, and power sharing on orbits using electric propulsion are compared with the use of chemical propulsion.
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Electric propulsion systems for transferring large payload masses to geosynchronous Earth orbits and providing accurate on-orbit stationkeeping are evaluated. Orbit boosting, inclination change, attitude control, stationkeeping, relocation, disposal, and power sharing on orbits using electric propulsion are compared with the use of chemical propulsion.
Key concepts: Propulsion, Geosynchronous orbit, Orbit (dynamics), Electrically powered spacecraft propulsion, Payload (computing), Aerospace engineering, Electric power, Aeronautics