Performance and Model Comparisons for Kilowatt-Class Applied-Field Magnetoplasmadynamic Thrusters Operating at Magnetic Flux Densities up to Tesla-Level Magnitudes

Glowacki, Jakub; Webster, Emile; Hellmann, Sebastian; Balkenhohl, Jakob; Rattenbury, Nicholas; Cater, John

doi:10.25455/wgtn.30471977

Performance and Model Comparisons for Kilowatt-Class Applied-Field Magnetoplasmadynamic Thrusters Operating at Magnetic Flux Densities up to Tesla-Level Magnitudes

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posted on 2025-10-28, 21:56 authored by Jakub GlowackiJakub Glowacki, Emile Webster, Sebastian Hellmann, Jakob Balkenhohl, Nicholas Rattenbury, John Cater

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High-magnetic-field Plasma Propulsion Systems Enabling Next Generation Small Satellite Missions (Head Project) (NSC07a) | Funder: Ministry of Business, Innovation and Employment

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Glowacki, J., Webster, E., Hellmann, S., Balkenhohl, J., Rattenbury, N. & Cater, J. (2025, September). Performance and Model Comparisons for Kilowatt-Class Applied-Field Magnetoplasmadynamic Thrusters Operating at Magnetic Flux Densities up to Tesla-Level Magnitudes.

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2025-09-16

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Performance and Model Comparisons for Kilowatt-Class Applied-Field Magnetoplasmadynamic Thrusters Operating at Magnetic Flux Densities up to Tesla-Level Magnitudes

Funding

High-magnetic-field Plasma Propulsion Systems Enabling Next Generation Small Satellite Missions (Head Project) (NSC07a) | Funder: Ministry of Business, Innovation and Employment

History

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