Quasi-steady plasma acceleration.
Quasi-steady state plasma acceleration in coaxial electrode geometry during synchronized application of tailored pulses of mass flow and current
Engineering topics
Publications and source records attributed to Jahn, R. G..
Quasi-steady state plasma acceleration in coaxial electrode geometry during synchronized application of tailored pulses of mass flow and current
Pressure distribution in propagating current sheet structure in dynamic Z pinch discharge in argon, evaluating particle density, velocity and temperature profiles
Pulsed electromagnetic gas acceleration
Energy transfer from pulse network to mass associated with propagating current sheet in linear pinch discharge, discussing pulsed plasma accelerator efficiency
Current sheet pattern and gas flow stabilization in pulsed plasma accelerators
Current sheet propagation transition to steady pattern in pulsed plasma accelerator, noting breakdown and current characteristics
Pulsed electromagnetic plasma acceleration and gas dynamics research
Plasma acceleration by propagating current sheet examined by magnetic and electric probes from MGD point of view
Glass fiber, cylindrical vacuum tank for electromagnetic thrustor research
Current sheet transition from propagating to quasi-steady blowing modes in pulsed electromagnetic gas acceleration
Book on physics of electric propulsion covering gas acceleration principles, flow heating and space thrustor design
Current sheet propagation transition to steady pattern in pulsed plasma accelerator, noting breakdown and current characteristics
Current density distribution in exhaust plume of pulsed plasma accelerator determined by magnetic probing
Pulsed electromagnetic gas acceleration
Design and development of thermionic electric thrustor
Magnetic and electric field and current density distributions in propagating current sheet
Magnetic probe and ion collector study of pulsed plasma propulsion system exhaust jet plume
Miniature Rogowski coil probes for direct measurement of current density distributions in transient plasmas