Ion engine thrust vector study, phase 2 Quarterly report
Performance prediction for expected thrust misalignment in electron bombardment ion thruster
Amboss, K.↗
SEARCH · Search NASA
Results for “electron bombardment”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Performance of ultraviolet gratings as affected by simulated space environment.
Electron bombardment effects on performance characteristics of UV gratings
Becher, J.↗
Plasma properties and performance of mercury ion thrusters.
Electron bombardment mercury ion thrustor plasma properties and performance, computing ion beam current, discharge losses and propellant utilization efficiency
Masek, T. D.↗
Magneto-electrostatically contained plasma ion thruster.
Electrostatic electron bombardment ion thrustor with magnetoelectrostatically contained plasma
Moore, R. D.↗
Analysis of the expected thrust misalignment of Kaufman thrusters.
Causes and magnitudes of thrust misalignment of Kaufman type electron bombardment ion thrustor
Amboss, K.↗
A survey and evaluation of research on the discharge chamber plasma of a Kaufman thruster.
Discharge chamber plasma processes in electron bombardment ion thrustors, considering factors affecting thrustor performance
Milder, N. L.↗
Advanced Electric Propulsion Research Final Report, 1 Jul. - 31 Dec. 1968
Advanced electric propulsion research including electrothermal engines with supersonic heat transfer, hyperbolic trajectories in Jupiter probe, and mercury electron bombardment thrustor
Mickelsen, W. R.↗
Performance mapping of 20-cm hollow-cathode mercury ion thruster
Experimental design of 20-cm mercury electron bombardment thrustor
Fitzgerald, D.↗
Condensation on spacecraft surfaces downstream of a Kaufman thruster
Thruster exhaust products condensation on surfaces downstream of mercury electron bombardment ion thruster
Reynolds, T. W.↗
Angular distribution of Kaufman ion thruster beams
Ion beam envelope and thrust direction of electron bombardment thruster for Jupiter flyby spacecraft
Byers, D. C.↗
Physical and chemical properties of thin polymer films Final report, Oct. 1968 - Jan. 1970
Electronic structure of thin polymer films formed on substrate by electron bombardment in presence of molecules of organic or silicone vapor
Babcock, L. E.↗
Preliminary results of spectrographic analyses of Kaufman thrusters
Optical spectra of discharge chambers of electron bombardment mercury ion thrustors with hollow and oxide cathodes
Milder, N. L.↗
Ni L self-absorption spectrum
Ni L alpha X ray emission line shape and position as function of bombarding electron energy, observing differential self absorption in anode
Chopra, D.↗
Discrete element methods for the plastic analysis of structures subjected to cyclic loading
Electron bombardment produced clustered displacements, paired vacancies and interstitial atoms in Si, discussing possible mechanism for developing defects
Armen, H., Jr.↗
Analysis of the expected thrust misalignment of Kaufman thrusters
Causes and magnitudes of thrust misalignment of Kaufman type electron bombardment ion thrustor
Amboss, K.↗
Electron impact excitation of N2
Molecular nitrogen excitation under electron bombardment at auroral and airglow impact levels, using computerized Monte Carlo method
Brinkmann, R. T.↗
A survey and evaluation of research on the discharge chamber plasma of Kaufman thrusters
Discharge chamber plasma processes in electron bombardment ion thrustors, considering factors affecting thrustor performance
Milder, N. L.↗
Mars and Venus orbiter spacecraft electric propulsion systems
Mars and Venus orbiter spacecraft electric propulsion system, discussing Hg electron bombardment ion engine
Molitor, J. H.↗