Effect of background pressure on magnetoplasmadynamic thruster operation
Background pressure and magnetic field shape effect on MPD thrustor performance, testing radiation cooled thrustors
Connolly, D. J.↗
Engineering topics
Connolly, D. J.
Publications and source records attributed to Connolly, D. J..
Performance of radiation-cooled magnetoplasmadynamic arc thrusters
Performance of radiation cooled magnetoplasmadynamic arc thrustors
Connolly, D. J.↗
A study of the axial velocities in an ammonia MPD thruster.
Axial velocities in ammonia MPD thrustor exhaust by measuring Doppler shifts of spectral lines emitted by plasma constituents
Connolly, D. J.↗
The effect of background pressure and magnetic field shape on MPD thruster performance.
Background pressure and magnetic field shape effect on MPD thrustor performance, testing radiation cooled thrustors
Connolly, D. J.↗
Low environmental pressure MPD arc tests.
Lithium and ammonia MPD arc thrustors tests in low environmental pressure
Burkhart, J. A.↗
Radiation from Sources Immersed in a Partly Ionized Gas
Three fluid model for wave equations for disturbances due to current or hydrodynamic force sources in plasmas
Connolly, D. J.↗
Low environmental pressure MPD arc tests.
Lithium and ammonia MPD arc thrustors tests in low environmental pressure
PROPULSIVE EFFICIENCY↗
Radiation from current sources in an isotropic plasma.
Wave equations for disturbances in partly ionized gas due to current sources determined, using three-fluid model
THREE-FLUID MODEL↗
Colloid thrustor beam analysis- design and operation of a suitable quadrupole mass filter
Colloid thrustor particle beam analysis - quadrupole mass filter design and operation
QUADRUPOLE↗