Low temperature heat capacities of superconducting niobium and tantalum carbides.
Low temperature heat capacities of superconducting niobium and tantalum carbides measured for carbon concentration and crystal structure effects
Chang, Y. A.↗
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Niobium-uranium alloys with voids of predetermined size and total volume
Mixture of uranium oxide, niobium oxide, and graphite of various carbon-to-oxygen ratios is heated to a temperature below the melting point of the noibium-uranium alloy. The alloy is produced by this method with voids predetermined as to size and total volume.
Mc Cluskey, J. K.↗
Pumped helium tests of a 51-centimeter bore niobium-tin magnet
Pumped helium tests of 51 centimeter bore niobium tin magnetic coils
Brown, G. V.↗
Nonlinear flux flow in single crystal niobium
Nonlinear flux flow in single crystal niobium
Hudson, W. R.↗
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.↗
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.↗
Fast neutron damage and the current carrying capacity of niobium nitride.
Fast neutron irradiation effect on niobium nitride current carrying capacity, showing enhancement
Gatos, H. C.↗
Apparent solubilities of commercially pure and oxygen-doped tantalum and niobium in liquid potassium
Apparent solubility of commercially pure and oxygen-doped tantalum and niobium in liquid potassium
Stecura, S.↗
Operation of a thermionic converter with a /112/ to /114/ oriented tungsten emitter and a niobium collector with oxygen present
Thermionic converter operation with 112 to 114 oriented tungsten emitter and niobium collector with oxygen
Podkulski, S. P.↗
Characteristics of a thermionic converter with a chloride vapor deposited tungsten emitter /110/ and a collector of molybdenum deposited on niobium
Performance characteristics of parallel plane, variable spaced thermionic converter with tungsten emitter and molybdenum-niobium collector
Podkulski, S. P.↗
Computer-acquired performance map of an etched-rhenium, niobium planar diode
Computer acquired performance map of etched-rhenium, niobium planar diode
Lancashire, R. B.↗
Ultrasonic attenuation and velocity measurements in the normal and superconducting states of niobium
Ultrasonic attenuation and velocity measurements in normal and superconducting states of niobium
Keck, M. J.↗
Computer acquired performance data from an etched-rhenium, niobium thermionic converter
Computer processed performance data for thermionic converter with etched rhenium emitter and niobium collector
Lancashire, R. B.↗
Superconducting properties of niobium films
Analysis of superconducting niobium films to determine relationship of critical current density with film thickness and orientation in magnetic field
Hudson, W. R.↗
Trialkyl-dihalotantalum and niobium compounds Patent
Organometallic compounds of niobium and tantalum useful for film deposition
Juvinall, G. L.↗
Computer acquired performance data from a physically vapor deposited tungsten, niobium planar diode
Computer acquired performance data from physically vapor deposited tungsten-niobium thermoinic converter
Lancashire, R. B.↗
Computer-acquired performance data from a chemically vapor-deposited-tungsten, niobium planar diode
Computer analysis of performance of chemically vapor-deposited tungsten, niobium thermionic converter based on temperatures of emitter, collector and cesium reservoir
Smith, A. L.↗