It is pointed out that the evolution of electric propulsion over the past two and a half decades has been constrained by the interaction of three broad factors, including the physics and dynamics of the propellants, the dynamical and logistical requirements of the mission, and the technological realities of materials, power sources, and thermal management. A projection of the future of electric propulsion requires, therefore, a simultaneous reassessment of all three factors. Aspects of mission specification and power systems are discussed, and basic research needed for future electric propulsion applications is considered. Attention is given to electrostatic propulsion, electrothermal propulsion, electromagnetic propulsion, electrothermal/electromagnetic hybrids, novel concepts, and ancillary concerns.
Basic research for future electric propulsion
1985-09-01
Conference paper
No indication
English
Basic research for future electric propulsion
AIAA | 1985
|NTRS | 2019
|NTRS | 2019
|Activities on Electric Propulsion in Japan - Space Flight from Basic Research -
British Library Conference Proceedings | 2002
|