Large impulses of self-magnetic origin
Self magnetic impulses in gas discharge configuration as function of current and anode- cathode radii ratio
Engineering topics
Publications and source records attributed to John, R. R..
Self magnetic impulses in gas discharge configuration as function of current and anode- cathode radii ratio
Quasi-steady MPD propulsion at power levels in range 1 to 10 megawatts
Repetitively pulsed MPD propulsion systems, considering thrustor performance
High power quasi-steady MPD acceleration
Steady flow ammonia MPD arc jet thrustor propulsion performance, discussing test chamber pressure variation, thrust data and cooling systems
Ammonia fueled resistojet thrustor system for three-axis attitude control and two-direction station-keeping of stable platform type satellite
Subsystem component design and development, and system performance of ammonia fueled resistojet thrustor for spacecraft inversion maneuvers
Performance and applications of electrothermal and hybrid electrothermal electromagnetic space propulsion
MPD arc thrustor operated with cesium plasma and external magnetic field
Performance and applications of electrothermal and hybrid electrothermal-electromagnetic space propulsion
Liquid cooled high specific impulse arc jet engine has measured engine thrust not completely aerodynamic in nature
Transient propulsion performance of 10 watt fast heating resistojet engine
Low power pulsed resistojet applied to orbit and attitude control and station keeping of 500-lb synchronous satellite
Performance data of resistojet designed for attitude control and station keeping of 500-lb synchronous satellite
Pulsed and continuous resistojet thrustors for attitude control and station keeping of synchronous satellite
Nuclear-electric power requirements for electric rockets - contact and bombardment ion engines, arc jets, and pulsed plasma engines
Performance of a hydrogen radiation-cooled arc jet engine, with emphasis on power conversion efficiency and the energy addition and loss mechanism
Observations on the energy transfer processes occurring within the arc jet engine