Experimental studies of cavitation damage in alkali metal pumps for application in space power systems
Cavitation damage in liquid alkali metal pumps for space power systems
LIQUID METAL↗
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Applicability of the low-temperature ignition method for determining carbon in various alkali metals
Applicability of low temperature ignition method for determining carbon in alkali metals
ALKALI METAL↗
The equilibrium thermodynamic properties of a high-temperature nitrogen alkali metal vapor mixture
Equilibrium thermodynamic properties of high- temperature nitrogen - alkali metal vapor mixture
NITROGEN↗
Annealing of dislocation pinning centers in the temperature range 120 deg to 180 deg K in alkali halide crystals.
Ultrasonic attenuation of alkali halide crystals in 120 to 180 degrees K range, noting thermal annealing of dislocation pinning centers
CRYSTAL DISLOCATION↗
Diagnostic measurements in an alkali plasma Hall accelerator.
Diagnostic measurements in alkali plasma Hall accelerator /alpha/ including azimuth and axial velocity components, energy flux, total beam power, etc
ALKALI METAL↗
On the formation of single crystal films of f.c.c. metals on alkali halide cleavage planes in ultrahigh vacuum.
Single crystal film structure of fcc metals evaporated in ultrahigh vacuum onto alkali halide surfaces cleaved in air and in situ
METAL CRYSTAL↗
Experimental studies of cavitation damage in alkali metal pumps for application in space power systems.
Cavitation damage in alkali metal pumps, noting damage resistance and material properties for application in space power systems
ALKALI METAL↗
Auto-ionizing states in the alkali atoms with microsecond lifetimes.
Energy level behavior of metastable alkali atoms against autoionization and radiative decay
RADIOACTIVE DECAY↗
Alkali Metal Thermal to Electric Converter (AMTEC) Technology Development for Potential Deep Space Scientific Missions
This paper describes the alkali metal thermal to electric converter (AMTEC) technology development effort over the past year. The vapor-vapor AMTEC cell technology is being developed for use with either a solar or nuclear heat sources for space.
Alkali metal thermal converter electric converter ↗
SCINTILLATION RESPONSE OF ALKALI IODIDES TO ALPHA PARTICLES AND PROTONS
Scintillation response of alkali iodides to alpha particles and protons
MACHINE LANGUAGE↗
Evaluation of high strength columbium alloys for alkali metal containment interim report no. 2, jul. 25, 1962 - jul. 10, 1964
Alkali metal containment of three high strength columbium alloy reflex capsules
HIGH STRENGTH ALLOY↗
Merrihueite - a new alkali-ferromagnesian silicate from the mezoe-madaras chondrite.
Merrihueite, alkali-ferromagnesian silicate mineral occurring in Mezo-Madaras chondrite
CHONDRITE↗
Cross section for ionization of alkali atoms by collision with excited noble gas atoms.
MHD power generator in which ionization of alkali atoms occurs by collision with excited noble gas atoms, calculating velocity-dependent cross section
MAGNETOHYDRODYNAMIC GENERATOR↗
Experience in investigation of components of alkali-metal-vapor space power systems
Components of reactor-powered alkali metal-vapor turbogenerator space power system
POWER REACTOR↗
The G-factors of F-centers in alkali-halide crystals
G-factors of F centers in alkali halide crystals determined by electron spin resonance measurements
Schmid, D.↗
Technique for recovery of alkali-metal reaction products
Recovery of potassium tantalate and potassium monoxide to demonstrate procedure for isolation and recovery of alkali-metal reaction products in uncontaminated state
Gahn, R. F.↗
Photoemission studies of the noble metals, the cuprous halides, and selected alkali halides
Photoemission studies of noble metals, cuprous halides, and alkali halides
Krolikowski, W. F.↗
Effects of Alkali Metal Gettering Agents on Stainless Steel Corrosion
Effects of alkali liquid metal gettering agents on stainless steel corrosion
Phillips, W.↗