Cesium electron bombardment ion engines.
Comparison of electromagnet and permanent magnet versions of electron bombardment cesium ion engine
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Comparison of electromagnet and permanent magnet versions of electron bombardment cesium ion engine
Onset of anomalous diffusion in electron- bombardment ion thrustor
Measurements of X-rays produced when thick silicon targets are bombarded with 1.05 and 1.25 MeV electrons and comparison to Bethe-Heitler theory
Oxide cathode durability in mercury electron bombardment ion thrustor
Performance tests of single ceramic protected metallic accelerator grid for direct current electron bombardment thrustor
Plasma studies in electron bombardment ion engine
Damage produced on surface of metal single crystals during ion bombardment
Design, development, and life tests of electron bombardment cesium ion engine system, permanent magnet engine, and ac discharge engine
Proton bombardment of high purity single crystal silicon
Cathode durability tests in mercury electron bombardment ion thrustor
Accelerator grid durability tests of mercury electron bombardment ion thrusters
Propellant efficiency and particle charging by electron bombardment
Fundamental plasma processes in electron bombardment thrustor ionization chambers
Dynamic characteristics of electron-bombardment mercury ion thrustor
Surface blistering of metals due to low energy hydrogen ion bombardment, determining solar absorptance change in gold-plated specimens
Plasma measurements in cesium electron bombardment ion engine indicate that reversed cathode-anode configuration improves radial ion distribution
Electron bombardment ion thrustors with two accelerator-grid systems for producing ion beams in directions 180 or 90 degrees apart
Electron bombardment thrustors using liquid mercury cathodes noting lifetime, propellant and power efficiency, feed system, temperature limits, etc