An electron bombardment thruster operated with a cusped magnetic field
Performance of two electron bombardment thrusters with axial magnetic field and superimposed cusp magnetic field
Cohen, A. J.↗
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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.
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Defect production in single crystals resulting from ion bombardment Semiannual status report, 1 Jul. 1968 - 30 Jun. 1969
Ultrahigh vacuum X ray analysis of surface defects of metal single crystals due to ion bombardment
Shaffer, L. B.↗
Electron bombardment ion source for low energy beams.
High current electron bombardment ion source for production of low energy ion beams without metastable contamination
Dworetsky, S.↗
An experimental investigation of a high-voltage electron-bombardment ion thruster.
High voltage mercury electron bombardment ion thruster power efficiency
Byers, D. C.↗
LM cathode electron bombardment thrusters.
Liquid mercury cathode electron bombardment thrustors applicability to electric propulsion missions
Bayless, J. R.↗
Bombardment thruster investigations at the Lewis Research Center.
Mercury electron bombardment thrusters, discussing mission, design, ground tests, components and thrust vectoring
Kerslake, W. R.↗
A sub-millipound mercury electron-bombardment thruster
Component tests of 5-cm diameter mercury electron- bombardment ion thrusters
Banks, B. A.↗
The effects of space-particle bombardment on solar-cell materials
Electron microscopy and X ray topography analysis of proton bombardment effect on silicon solar cells
Bhansali, K. J.↗
Component testing of a 30-centimeter diameter electron bombardment thruster
Performance tests of critical components on mercury electron bombardment thruster
Bechtel, R. T.↗
Some performance characteristics of divergent- field bombardment thrusters
Performance characteristics of electron bombardment thrusters using highly divergent magnetic fields and mercury propellant
Kaufman, H. R.↗
Defect production in single crystals resulting from ion bombardment Final status report, Jun. 1966 - Dec. 1969
Ion bombardment effects on single crystal defect production studied with X ray methods
Shaffer, L. B.↗
Atomically clean surfaces by pulsed laser bombardment
Q spoiled laser bombardment to obtain atomically clean surfaces in vacuum, noting damages
Bedair, S. M.↗
A sub-millipound mercury electron-bombardment thruster
Submillipound mercury electron bombardment ion thrustor efficiency, noting cathode pole piece, baffle position and geometry influence on ion chamber performance
Banks, B. A.↗
Component testing of a 30-centimeter diameter electron bombardment thruster
Critical components effect on small Hg electron bombardment thrustor derformance, considering glass coated accelerator grids, hollow cathodes and plasma bridge neutralizers
Bechtel, R. T.↗
Composite accelerator electrodes on cesium bombardment thrusters
Composite accelerator electrodes on Cs bombardment microthrustors, testing various designs and electrode coatings
Eubanks, A.↗
Effect of geometry and field inside the pole piece in an electron bombardment thruster
Mercury electron bombardment thrustor, measuring effect of geometry and magnetic field inside pole piece region on discharge losses and propulsion efficiency
Fitzgerald, D. J.↗
Pattern of bombardment-produced radionuclides in rock 10017 and in lunar soil
Apollo 11 lunar rock and soil bombardment produced radionuclide patterns, discussing solar flare protons and alphas, age determination and astronomical models
Arnold, J. R.↗
Luminescence and thermoluminescence under 159 MeV proton bombardment of the lunar material returned by Apollo 11
Apollo 11 rocks red luminescence and blue thermoluminescence under proton bombardment, discussing energy efficiency
Blair, I. M.↗