Tensile properties of chromium and chromium-rhenium alloys.
Chromium and chromium rhenium alloys tested for tensile properties and strain aging
Gilbert, A.↗
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The work function determination and surface characterization of vapor deposited rhenium.
Vapor deposited rhenium surface characteristics and work functions obtained from 1800 to 2300 degrees K by X ray diffraction analysis
Campbell, A. E., Jr.↗
Observations on permeation of polytetrafluoroethylene by compounds of rhenium, molybdenum, and tungsten
Impregnation of polytetrafluoroethylene with hexaflourides of rhenium, molybdenum, and tungsten
Leibecki, H.↗
Review of ductilizing of group 6A elements by rhenium and other solutes
Ductilizing of Group 6A elements by rhenium and other solutes
Klopp, W. D.↗
Neutron capture cross sections of tungsten and rhenium Annual summary report
Neutron capture cross sections for natural tungsten and rhenium
Costello, D. G.↗
Mechanical properties of arc-melted tungsten-rhenium-hafnium-carbon alloys
Effect of rhenium on mechanical properties of hafnium carbide strengthened tungsten alloys
Klopp, W. D.↗
A comparison of the performance of two rhenium, niobium cylindrical thermionic converters.
Rhenium-niobium cylindrical thermionic converters with mechanically polished or electroetched emitters, comparing performance
Kascak, T. J.↗
Elastic constants of molybdenum-rich rhenium alloys in the temperature range -190 deg C to plus 100 deg C.
Adiabatic elastic constants of molybdenum-rich rhenium alloys, studying concentration effects on bulk modulus, Debye temperatures and interatomic forces
Brotzen, F. R.↗
The performance of a rhenium, niobium cylindrical thermionic converter.
Rhenium Nb cylindrical thermionic converter, measuring efficiency and power density in emitter temperature range 1600-2050 K and collector temperature range 873-1173 K
Kascak, T. J.↗
A comparison of the performance of two rhenium, niobium cylindrical thermionic converters.
Comparative performance of niobium cylindrical thermionic converters with vapor deposited rhenium, stressing emitters surface preparation
Kascak, T. J.↗
The performance of a rhenium, niobium cylindrical thermionic converter.
Cylindrical thermionic converter with vapor deposited rhenium emitter and niobium collector, measuring efficiency and power density
Kascak, T. J.↗
Large cylindrical thermionic diode with rhenium emitter for diode kinetic experiments.
Cylindrical thermionic diode with rhenium emitter for diode kinetic experiments, presenting test data from prototype diode with thimble water cooled
Peelgren, M.↗
Creep of powder metallurgy rhenium at 0.43 to 0.72 T sub m.
Creep rate-stress-temperature relations for powder metallurgy rhenium, discussing activation energy
Raffo, P. L.↗
Effect of rhenium alloying on lattice dilation of the group VI-A refractory metals
Rhenium alloying effect on room temperature ductility of Cr, Mo and W, measuring lattice parameters by Debye-Scherer method
Garfinkle, M.↗
Computer-acquired performance map of an etched-rhenium, niobium planar diode
Computer acquired performance map of etched-rhenium, niobium planar diode
Lancashire, R. B.↗
Alloy softening in group via metals alloyed with rhenium
Alloy softening in chromium, molybdenum, and tungsten metals alloyed with rhenium
Stephens, J. R.↗
Preliminary friction and wear studies of cobalt-rhenium solid solution alloy in air and in vacuum
Friction and wear determination of cobalt-rhenium solid solution alloy in air and in vacuum
Brainard, W. A.↗
Effect of grain size on creep properties of a tungsten 25-atomic-percent-rhenium 30-atomic- percent-molybdenum alloy from 1800-4000 F /982-2204 C/
Stress for one percent creep strain at temperature range 1800 to 4000 F for powder metallurgy tungsten-rhenium-molybdenum alloys
Buzzard, R. J.↗