A 30-cm-diameter, low specific impulse, hollow cathode mercury thruster
Low specific impulse hollow cathode mercury thrustor for deep space electric propulsion, using SERT 2 configuration
King, H. J.↗
Engineering topics
Poeschel, R. L.
Publications and source records attributed to Poeschel, R. L..
Radial field Kaufman thruster
Kaufman thrustor with predominant radial field, noting electron mobility across ion extraction screen and advantages of uniform plasma distribution
Knauer, W.↗
Low Specific Impulse Ion Engine Final Report
Development and testing of low specific impulse ion thruster
King, H. J.↗
Study and optimization of 15-cm Kaufman thruster discharges
Kaufman thrustor performance dependence on transmission of ion extraction optics and magnetic field shape
Knauer, W.↗
The radial field Kaufman thruster.
Kaufman thrustor with predominant radial field, noting electron mobility across ion extraction screen and advantages of uniform plasma distribution
Knauer, W.↗
Study and optimization of 15 cm Kaufman thruster discharges.
Kaufman thrustor performance dependence on transmission of ion extraction optics and magnetic field shape
Knauer, W.↗
Investigation of hot cathode reflex discharges
Hot cathode reflex discharges investigated to improve ion generation efficiency in space ion thrustors
Knauer, W.↗
Discharge chamber studies for mercury bombardment ion thrusters
Discharge chamber performance optimization for mercury bombardment ion thrusters
King, H. J.↗