Analysis of the expected thrust misalignment of Kaufman thrusters
Causes and magnitudes of thrust misalignment of Kaufman type electron bombardment ion thrustor
Amboss, K.↗
Engineering topics
Seliger, R. L.
Publications and source records attributed to Seliger, R. L..
Electric propulsion design optimization methodology
Electric propulsion design, considering effects of weight, impedance matching, beam voltage regulation and operating point variations in formulating system mass and reliability
Molitor, J. H.↗
LM cathode thruster system Quarterly progress report, 18 Jul. - 4 Oct. 1969
Design of liquid mercury thruster system with electromagnetic pump
Bayless, J. R.↗
Electric propulsion design optimization methodology.
Electric propulsion design, considering effects of weight, impedance matching, beam voltage regulation and operating point variations in formulating system mass and reliability
Molitor, J. H.↗
Analysis of the expected thrust misalignment of Kaufman thrusters.
Causes and magnitudes of thrust misalignment of Kaufman type electron bombardment ion thrustor
Amboss, K.↗
Electric propulsion system reliability.
Graphic optimization technique for mass reduction in solar powered ion propulsion system with acceptable reliability constraint
WEIGHT FACTOR↗
Design of a solar-electric propulsion system for interplanetary spacecraft.
Feasibility design study of solar powered ion propulsion system for interplanetary spacecraft
SOLAR PROPULSION↗