Plasma properties and performance of mercury ion thrusters.
Electron bombardment mercury ion thrustor plasma properties and performance, computing ion beam current, discharge losses and propellant utilization efficiency
Engineering topics
Publications and source records attributed to Masek, T. D..
Electron bombardment mercury ion thrustor plasma properties and performance, computing ion beam current, discharge losses and propellant utilization efficiency
Performance tests of mercury electron bombardment ion engine system
Solar electric thrust system technology concerning performance, thruster control system stability and method for solution
Plasma characteristics of electron bombardment ion engine
Electric rocket engine with electron bombardment ionization chamber
Clustered mercury electron bombardment ion engine system experiments showing feasibility, discussing components
Plasma measurements in cesium electron bombardment ion engine indicate that reversed cathode-anode configuration improves radial ion distribution
Plasma studies in electron bombardment ion engine
Plasma measurements in cesium electron bombardment ion engine indicate that reversed cathode-anode configuration improves radial ion distribution
Zero-gravity mercury feed system for mercury- electron bombardment spacecraft engines
Zero gravity feed system for mercury ion engines
Acceleration grid erosion relation to plasma nonuniformity in electron bombardment ion engine, based on ion density and beam distribution