Uranium content of chondrites by thermal neutron activation and delayed neutron counting.
Uranium content of chondrites measured by thermal neutron activation and delayed neutron counting
THERMAL NEUTRON↗
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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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Ignition of binary alloys of uranium
Experiments determine the effect of alloying additives on the ignition of uranium. Data on oxidation rates, ignition temperatures, and burning curves are provided in the report.
Baker, L., Jr.↗
Establishing allowable temperature gradients for tungsten-uranium dioxide fuel elements using experimental cyclic strain data
Establishing allowable temperature gradients for tungsten-uranium dioxide fuel elements using experimental cyclic strain data
Fiero, I. B.↗
Optical constants of uranium plasma Final report
Thermodynamic and optical properties of uranium plasma in proposed gaseous core nuclear rockets
Lane, G.↗
High temperature creep-rupture properties of a tungsten-uranium dioxide cermet produced from coated particles
High temperature creep rupture strength of tungsten uranium dioxide cermets
Buzzard, R. J.↗
Thermal conductivity of coated particle uranium dioxide tungsten cermets
Thermal conductivity measurements on tungsten coated uranium dioxide cermets
Grossman, L. N.↗
Uranium dioxide vent loss in an externally fueled thermionic reactor concept
Uranium dioxide vent loss in externally fueled thermionic reactor concept
Ruch, R. B.↗
Estimation of fission-product gas pressure in uranium dioxide ceramic fuel elements
Fission product gas pressure calculated for uranium dioxide ceramic fuel elements
Pallson, W. A.↗
Compatibility tests of molten uranium with tungsten and tungsten - 1.5 percent hafnium
Compatibility tests of molten uranium with tungsten and tungsten-1.5 percent hafnium
Takkunen, P. D.↗
Theoretical investigation of the composition and line emission characteristics of argon-tungsten and argon-uranium plasmas
Composition and line emission characteristics of ionized tungsten, uranium, and argon
Krascella, N. L.↗
Fabrication of cermets of uranium nitride and tungsten or molybdenum from mixed powders and from coated particles
Fabrication of cermets of uranium nitride and tungsten or molybdenum from mixed powders and from coated particles for nuclear fuel elements
Takkunen, P. D.↗
Nondestructive determination of uranium 235 distribution by fixed position gamma scanning
Nondestructive methods for fuel density determination in uranium dioxide
Berner, D. C.↗
Experimental investigation of the spectral emission characteristics of argon-tungsten and argon-uranium induction heated plasmas
Spectral emission characteristics of gaseous tungsten and uranium in induction heated argon plasmas
Krascella, N. L.↗
Radial power tailoring for a uranium dioxide T-111 clad reactor with contained fission product gases
Radial power tailoring for uranium dioxide-T-111 clad reactor with contained fission product gases
Mayo, W.↗
A procedure for furnace brazing butt joints in tungsten-uranium dioxide cermet cylinders at 3000 deg C
Furnace brazing butt joints in tungsten-uranium dioxide cermet cylinders at 3000 deg C
Adams, D. W.↗
Comparison of tungsten and depleted uranium in minimum-weight, layered shields for a space power reactor
Tungsten and depleted uranium in mimimum weight, layered shield comparisons for space power reactor
Herrmann, P. F.↗
Data from various sources provide standard single-level resonance parameters for uranium 233
Method of calculating Breit-Wigner resonance parameters for uranium 233 allows for different sources of data. Parameters for 63 resonances in the neutron-energy range 0 to 62 eV are yielded by simultaneous fit to three sets of data.
Schneider, M. J.↗
Postirradiation analysis of high-temperature, low-burnup tungsten-uranium dioxide test plates
Postirradiation of high temperature, low burnup tungsten uranium dioxide test plates
Ball, L. L.↗