Thick target bremsstrahlung produced by electron bombardment of targets of Be, Sn, and Au in the energy range 0.2-2.8 MeV
Angular distribution of thick target bremsstrahlung produced by electron bombardment of Be, Sn and Au surfaces
Dance, W. E.↗
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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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Study and Design of a Cesium Bombardment Ion Engine System
Cesium bombardment ion engine system design, modification, and testing
Grant, G.↗
Performance of a 20-cm-diameter Electron Bombardment Hollow Cathode Ion Thruster
Electron bombardment hollow cathode ion thruster performance
Pawlik, E. V.↗
The effect of hypervelocity projectile material on the ultimate reflectance of bombarded polished metals
Polished metals exposed to hypervelocity impact by micrometer size projectiles to determine bombardment effect on spectral reflectance
Mark, H.↗
Electron bombardment ion engine Patent
Electric rocket engine with electron bombardment ionization chamber
Masek, T. D.↗
Low-frequency plasma noise from the electron- bombardment ion thruster
Low frequency plasma noise from mercury electron bombardment ion thrustor studied for several magnetic field configurations
Cohen, A. J.↗
Life test, 8000-hour, of an electron bombardment mercury ion thruster system for SERT 2 Final report
Operational performance of electron bombardment mercury ion thruster system during life testing in space simulation for SERT 2
Dutton, R. A.↗
Bombardment thruster investigations at the Lewis Research Center, 1971
Research and development of mercury electron bombardment thrusters
Kerslake, W. R.↗
Development and test of a flight prototype power conditioner for 20 cm mercury bombardment electric thruster system
Development and tests of flight prototype power conditioner for 20 cm mercury bombardment electric thruster system
Source record↗
Potential star tracker interference from radiation produced by mercury bombardment thrusters
Potential star tracker interference from radiation produced by mercury bombardment thrustors using electric propulsion systems
Milder, N. L.↗
Composite accelerator grid investigation for cesium electron bombardment ion thruster Final report, 28 May 1969 - 28 Apr. 1971
Fabrication and testing of bonded metal-ceramic, glass-coated metal, and glass-coated ceramic bonded to metal composite electrodes for cesium bombardment ion thrusters
Source record↗
Optical transmittance of fused silica at elevated temperatures during high energy electron bombardment
Optical transmittance of fused silica at elevated temperatures during high energy electron bombardment
Smith, A. B.↗
Maximum propellant utilization in an electron-bombardment thruster
Maximum propellant utilization in electron bombardment ion thrusters using mercury for propellant
Kaufman, H. R.↗
Effect of neutralizer position on accelerator wear for a 30 centimeter diameter ion bombardment thruster
Neutralizer location for minimum accelerator erosion on 30 centimeter diameter ion bombardment thruster
Bechtel, R. T.↗
A submillipound 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.↗
Energy and angular distributions of electrons from ionization excitation of helium by proton bombardment
Electron emission from He ion by proton bombardment, calculating double differential cross sections relative to ejection energy and angle
Miller, B. P.↗
The effect of hypervelocity projectile material on the ultimate reflectance of bombarded polished metals
Hypervelocity projectile material impact on ultimate reflectance of bombarded polished metals from shock tube tests
Mark, H.↗
Electron-bombardment ion source operation using various gases
Performance tests of electron bombardment ion thrustor, using xenon, krypton argon, neon, nitrogen, helium and carbon dioxide
Byers, D. C.↗