2006IEEE Transactions on Nuclear ScienceRequires access

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

Open publisher page 17 citations

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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What this paper is about

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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Available 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

Key concepts: Arcjet rocket, Spacecraft, Aerospace engineering, Orbit (dynamics), Electrically powered spacecraft propulsion, Ion thruster, Spacecraft charging, Physics

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Interaction of Charged Spacecraft with Electric Propulsion Plume: On Orbit Data and Ground Test Results — Research Paper | ScholarLens