Slurry applied duplex coatings for tantalum and columbium alloys
Tungsten and molybdenum alloy silicide slurry applied and vacuum sintered on tantalum and niobium alloys for protection from oxidation
Stetson, A. R.↗
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Properties of tantalum carbide-graphite and niobium carbide-graphite composites
Mechanical and thermodynamic properties of hot pressed tantalum carbide-graphite and niobium carbide-graphite composites
Bortz, S. A.↗
Tensile properties of tantalum and tungsten 10-fiber bundles at 1000 deg F /812 K/
Tensile properties of tantalum and tungsten 10-fiber bundles
Mc Intyre, R. D.↗
The double containment tantalum-stainless steel SNAP-8 boiler
Development and testing of double containment tantalum-stainless steel mercury boiler for SNAP 8 space power system
Gertsma, L. W.↗
Ultrasonic attenuation in superconducting tantalum
Ultrasonic attenuation measurements on single tantalum crystals at superconducting state
Sarafi, Z. W.↗
Corrosion product of the tantalum-interstitial oxygen-potassium system at 1800 deg F /982 deg C/.
Corrosion product isolation and identification by exposure of oxygen doped tantalum to liquid potassium
Hickam, C. W., Jr.↗
Hall coefficient of tantalum carbide as a function of carbon content and temperature.
Hall coefficient and electrical resistivity of tantalum carbide as function of carbon content and temperature
Dolloff, R. T.↗
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.↗
The double containment tantalum-stainless steel SNAP-8 boiler.
Tantalum and stainless steel double containment mercury boiler for SNAP 8 space power system, describing thermal design
Gertsma, L. W.↗
Fundamentals of the oxidation protection of columbium and tantalum Semiannual report, 1 Apr. - 1 Oct. 1968
Silicide coatings for oxidation protection of tantalum and niobium
Graff, R. A.↗
Design-point performance of a double containment tantalum and stainless steel mercury boiler for SNAP-8
Design point performance of double containment tantalum and stainless steel mercury boiler for SNAP 8
Albers, J. A.↗
Solubility and diffusion of oxygen in tantalum
Solubility of oxygen in tantalum determined by resistivity technique
Brayton, D.↗
Design and fabrication of a counterflow double-containment tantalum-stainless steel mercury boiler
Fabrication of counterflow double wall tantalum- stainless steel mercury boiler
Gertsma, L. W.↗
Determination of biaxial creep strength of T-111 tantalum alloy Semiannual report, 8 Mar. - 8 Sep. 1968
Effects of stress on corrosion behavior of T-111 tantalum alloy for tubes
Engel, L. B., Jr.↗
Determination of biaxial creep strength of T-111 tantalum alloy Semiannual report, 8 Sep. 1968 - 8 Mar. 1969
Biaxial creep behavior of tantalum alloy tubing and stress corrosion by potassium
Engel, L. B., Jr.↗
Statistical analysis of high-temperature creep-rate data for alloys of tantalum, molybdenum, and columbium
Creep rate equations for refractory metal alloys of tantalum molybdenum, and columbium
Maag, W. L.↗
Silicide coatings for tantalum and columbium alloys Final summary report, 1 Apr. 1967 - 31 Dec. 1968
Tungsten, titanium, vanadium, and molybdenum modifier alloys for coating of tantalum base alloys
Shoemaker, H. E.↗
Mechanical behavior of tantalum-base T-111 alloy at elevated temperature
Mechanical behavior of tantalum T-111 alloy at high temperatures and ultrahigh vacuum
Sawyer, J. C.↗