Quasi-steady plasma acceleration
Quasi-steady state plasma acceleration in coaxial electrode geometry during synchronized application of tailored pulses of mass flow and current
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Quasi-steady state plasma acceleration in coaxial electrode geometry during synchronized application of tailored pulses of mass flow and current
Langley 20 megawatt plasma accelerator design and operation, describing arc heater modifications, exit parameters, electrical properties, etc
Optimum length for traveling magnetic wave plasma accelerator that maximizes kinetic efficiency
Effect of space charge interaction on plasma acceleration discussed for various accelerator designs
Applications of quasi-steady state plasma acceleration to development of pulsed plasma jet engines
Magnetoacoustic wave excitation and detection in rotating plasma accelerator, noting resonance and wave transition
This report describes the results of a program to verify an electrostatic plasma acceleration concept and to identify those parameters most important in optimizing an Electrostatic Plasma Accelerator (EPA) thruster based upon this thrust mechanism. Preliminary performance measurements of thrust, specific impulse and efficiency were obtained using a unique plasma exhaust momentum probe. Reliable EPA thruster operation was achieved using one power supply.
Repetitively pulsed, xenon propellant, plasma accelerator, and metal vapor propellant injector development
Magnetoacoustic wave excitation and detection in rotating plasma accelerator, noting resonance and wave transition
Electron cyclotron resonance plasma accelerators for space propulsion systems
Movable RF antenna probe in plasma accelerators continuously maps the RF field both within and beyond the accelerator. It eliminates the need for installing probes in the accelerator walls. The moving RF probe can be used to map the RF electrical field under various accelerator conditions.
Plasma acceleration by microwaves near electron cyclotron resonance without collisions, comparing theory and experiment
Current sheet velocity in coaxial plasma accelerator, noting drag due to insulator ablation and degassing
Plasma acceleration away from rotating magnetized astrophysical objects analyzed and applied to pulsar NP 0532 for magnetic moment and mass loss rate calculations
Ion-neutral coupling in plasma acceleration revealed by velocity disparities determined spectroscopically
Current sheet velocity in coaxial plasma accelerator, noting drag due to insulator ablation and degassing
Ion-neutral coupling in plasma acceleration revealed by velocity disparities determined spectroscopically
Two-dimensional unsteady flow in traveling wave plasma accelerator studied using small perturbation theory