Preliminary Results of Plasma Flow Measurements in a 2 KW Segmented Hall Thruster
Yevgeny Raitses, David Staack, Alexander Dunaevsky, Leonid A. Dorf, N. J. Fisch
Abstract
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Yevgeny Raitses, David Staack, Alexander Dunaevsky, Leonid A. Dorf, N. J. Fisch
Abstract
Open-access reader
A 2-kW Hall thruster was developed, built, and operated in an upgraded vacuum facility. The thruster performance and parameters of the plasma flow were measured by new diagnostics for plume measurements and plasma measurements inside the thruster channel. The thruster demonstrated efficient operation in terms of propellant and current utilization efficiencies in the input power range of 0.5-3.5 kW. Preliminary measurements of the ion energy spectra from the thruster axis region and the distribution of plasma parameters in the vicinity of the thruster exit are reported.
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A 2-kW Hall thruster was developed, built, and operated in an upgraded vacuum facility. The thruster performance and parameters of the plasma flow were measured by new diagnostics for plume measurements and plasma measurements inside the thruster channel. The thruster demonstrated efficient operation in terms of propellant and current utilization efficiencies in the input power range of 0.5-3.5 kW. Preliminary measurements of the ion energy spectra from the thruster axis region and the distribution of plasma parameters in the vicinity of the thruster exit are reported.
Key concepts: Propellant, Ion thruster, Plasma, Plume, Aerospace engineering, Electrically powered spacecraft propulsion, Power (physics), Range (aeronautics)