AC POWER SUPPLIES FOR ION ENGINES
Ac power supply for use in an electron-bombardment ion rocket engine
ALTERNATING CURRENT GENERATOR↗
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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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Multiple element soft X-ray source produces wide range of radiation
A rotating mount with target elements positioned independently for direct electron bombardment produces soft X ray radiation with a wide range of characteristics. The device may be used to study solar radiation from a satellite.
Caruso, A. J.↗
A zero gravity mercury propellant feed system.
Zero-gravity mercury feed system for mercury- electron bombardment spacecraft engines
MERCURY VAPOR↗
Electron paramagnetic resonance and electrical properties of the dominant paramagnetic defect in electron-irradiated p-type silicon.
Electron paramagnetic resonance and Hall effect measurements to determine properties of dominant paramagnetic defect in electron irradiated p-type silicon
ELECTRON BOMBARDMENT↗
Studies in cometary astrophysics Final report, 19 May 1965 - 18 May 1967
Chemical activity and comet phenomena - photochemical models of astrophysical reactions, electron bombardment of low pressure gases, and singlet carbide studies
OPTICAL SPECTRUM↗
A mercury plasma-bridge neutralizer.
Mercury fed plasma bridge neutralizers for in- flight operation of SERT II electron bombardment ion thrustor
MERCURY ARC↗
Inverted grounding technique for electron beam heating
In the production of high temperature by electron bombardment the cathode is held at ground potential while the hot anode is raised to a high negative potential. An annealing chamber using the inverted grounding is constructed around a commerically available stainless steel cross.
Jirberg, R. J.↗
Electron beam recrystallization of amorphous semiconductor materials
Nucleation and growth of crystalline films of silicon, germanium, and cadmium sulfide on substrates of plastic and glass were investigated. Amorphous films of germanium, silicon, and cadmium sulfide on amorphous substrates of glass and plastic were converted to the crystalline condition by electron bombardment.
Evans, J. C., Jr.↗
Ion beam diagnostics and neutralization Final report, 14 Feb. 1966 - 21 Aug. 1967
Mercury discharge neutralizer, for potential use mercury electron bombardment thrustor in electric propulsion systems
Hall, D. F.↗
High-temperature LM cathodes for ion thrusters Summary report, 1 Jun. 1966 - 31 Jul. 1967
Performance of liquid metal cathodes in electron bombardment thrustor
Arnold, K. W.↗
Composite ion accelerator grids
Ion extraction system low voltage mercury electron bombardment rocket propulsion system
Banks, B.↗
Radiation damage in lithium-containing solar cells Final report, 21 Jun. 1966 - 20 Mar. 1968
Interaction of lithium with defects induced in silicon solar cells by one MeV electron bombardment
Brucker, G. J.↗
Defect-Concentration Dependence of Annealing Rate in Silicon
Defect concentration dependence of isothermal annealing rate of electron bombardment induced radiation defects in lithium doped n-type silicon
Fang, P. H.↗
Distribution of neutral atoms and charge- exchange ions downstream of an ion thruster.
Energy and angular distributions of neutral atoms and charge-exchange ions from mercury electron bombardment thrustor, determining particle effluxes
Gula, W. P.↗
On the mechanism of electron impact induced elimination of ketene in conjugated cyclohexenones and correlations with photochemistry.
Ketene elimination in electron bombardment fragmentation of methyl substituted cyclohexenones
Burlingame, A. L.↗
Source of polarized lithium and cesium ions.
Ion source for producing polarized lithium and cesium ions by electron bombardment
Anderson, L. W.↗
Composite ion accelerator grids.
Ion extraction system for low voltage mercury electron bombardment thrustors using glass coating fused to perforated metal grid
Banks, B.↗
Bremsstrahlung produced in thick aluminum and iron targets by 0.5 to 2.8 Mev electrons.
Bremsstrahlung produced in thick Al and Fe targets by electron bombardment with various incident energies, discussing external spectral emission intensity distributions
Baggerly, L. L.↗