Interaction of Charged Spacecraft with Electric Propulsion Plume: On Orbit Data and Ground Test Results
Justin J. Likar, A. Bogorad, Thomas R. Malko, Neil E. Goodzeit, Joel Galofaro, M. J. Mandell
Abstract
Justin J. Likar, A. Bogorad, Thomas R. Malko, Neil E. Goodzeit, Joel Galofaro, M. J. Mandell
Abstract
On-orbit observations and ground tests demonstrate interaction between charged spacecraft and electrothermal thruster-generated plasma. On-orbit measurements and test results are presented for plasma diagnostics and solar array performance during long-term exposure of flight solar panel. The long-term performance of a flight 70 V 2mtimes4 m GEO solar array exposed to a 2 kW arcjet plasma environment was studied
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On-orbit observations and ground tests demonstrate interaction between charged spacecraft and electrothermal thruster-generated plasma. On-orbit measurements and test results are presented for plasma diagnostics and solar array performance during long-term exposure of flight solar panel. The long-term performance of a flight 70 V 2mtimes4 m GEO solar array exposed to a 2 kW arcjet plasma environment was studied
Key concepts: Arcjet rocket, Spacecraft, Aerospace engineering, Orbit (dynamics), Electrically powered spacecraft propulsion, Ion thruster, Spacecraft charging, Physics