Onset of rotating disturbance in linear Hall- current accelerator
Near cathode magnetic field effect on instability in linear Hall current accelerators, using geometry of field extending from anode to cathode region
Engineering topics
Publications and source records attributed to Hess, R. V..
Near cathode magnetic field effect on instability in linear Hall current accelerators, using geometry of field extending from anode to cathode region
Rotating plasma disturbances onset in MPD arc, determining magnetic field dependence on mass flow, background pressure and propellant
Nuclear reaction products effect on population inversion in gas lasers, considering neutron irradiation enhancement of carbon dioxide laser output
Rotating plasma disturbances onset in MPD arc, determining magnetic field dependence on mass flow, background pressure and propellant
Near cathode magnetic field effect on instability in linear Hall current accelerators, using geometry of field extending from anode to cathode region
Plasma instability onset and suppression in crossed field geometry controlled by radial magnetic field near cathode
Distributions of current, potential, electron density and pressure and ion velocity vector orientation in MPD arc, verifying electromagnetic effects presence
Propellants and propellant mixtures effects on MPD arc jet performance in test for ions and neutrals mixture acceleration to high velocity
Langmuir probe velocity and acceleration measurements for coaxial Hall accelerators
Diagnostics and interpretation of acceleration mechanism in magnetoplasmadynamic arc
Propellant mixtures effects on magnetoplasma arc jet, and velocity measurements of ions and neutrals
Study of coaxial Hall current accelerators at moderate pressures
Langmuir probe velocity and acceleration measurements for coaxial Hall accelerators
Coaxial hall-current plasma accelerator with low mass flow rate
Magnetospheric instabilities and transition to plasma turbulence in Hall current accelerators
Hall current variations as function of magnetic field strength are measured in ion accelerator for axial electric discharges in radial magnetic fields
Cavity cathodes for plasma accelerators, investigating discharges for arc currents to 40 amp
Hall-current variations, as a function of magnetic field strength, are measured in an ion accelerator, for axial electric discharges in radial magnetic fields