Experimental investigation of aluminide- coated Ta-10W for heat-shield applications
Aluminum coatings on tantalum tungsten alloys for heat shielding
Stein, B. A.↗
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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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Evaluation of tantalum/316 stainless steel bimetallic tubing
Evaluation of different manufacturing of tantalum 316 stainless steel bimetallic tubing
Kass, J. N.↗
Survey of properties of T-111 /tantalum-8 tungsten-2-hafnium/
Literature survey on thermophysical and mechanical properties of tantalum T-111 alloy
Moorhead, P. E.↗
Experimental evaluation of tantalum/stainless steel mercury boilers for the SNAP 8 program
Experimental evaluation of tantalum stainless steel mercury boilers for SNAP-8 system
Brooks, R. D.↗
Evaluation of mechanical properties, oxidation resistance and structure of slurry silicide coated T-222 Final report
Evaluation of mechanical properties, oxidation resistance, and structure of slurry silicide coated tantalum alloy sheets
Filippi, A. M.↗
Compatibility testing of candidate protective barrier coatings and performance testing of filter vent materials Final report
Flame sprayed ceramic aluminum and zinc coatings for corrosion prevention of tantalum containment vessel in nuclear reactor
Mc Grew, J. W.↗
Improved insulating materials effective at extremely high temperatures
Wrapped molybdenum foil with silica fabric insulation and wrapped tantalum foil with carbon fabric insulation are usable to 1367 K and up to 2478 K, respectively, both offer marked space saving and efficiency in high temperature operations. Graph displays temperature profiles at end of firing period.
Carlson, L. W.↗
Recent advances in refractory alloys for space power systems Conference papers
Evaluation of refractory tantalum-, tungsten-, niobium-, and molybdenum based alloys for space power systems applications
Source record↗
SNAP 8 refractory boiler development program - Mercury thermal shock testing of 2 1/2-inch-diameter bimetallic joints for SNAP 8 applications Topical report no. 4
Thermal shock testing of coextruded and brazed tubular joints of stainless steel and tantalum for SNAP-8 application
Thompson, S. R.↗
Arc electrode of graphite with ball tip Patent
Arc electrode of graphite with tantalum ball tip
Gordon, W. A.↗
Fabrication studies for T-111 honeycomb structure Final report
Fabrication of tantalum alloy honeycomb core structure for lithium cooled reactor
Thompson, S. R.↗
Advanced superalloy protection systems evaluation Final report
Metalliding parameters developed for sequential deposition of manganese, aluminum, and tantalum alloys as protective coatings for superalloys
Betts, R. K.↗
Analysis of thermal stress and metal movement during welding Final report
Welding thermal and residual stress analysis and material property and weld parameter effects on thermal stresses and elastoplastic deformation of aluminum alloys, steel, niobium, and tantalum
Andrews, J. B.↗
Investigation of refractory composites for liquid rocket engines Final report, 1 Oct. 1969 - 31 Oct. 1970
Oxidation resistance and high temperature tests of rhenium, tungsten, hafnium, and tantalum matrix composites with iridium in oxygen, fluorine, and boron atmospheres for liquid propellant engines
Hill, V. L.↗
Trialkyl-dihalotantalum and niobium compounds Patent
Organometallic compounds of niobium and tantalum useful for film deposition
Juvinall, G. L.↗
Design review of the Bare Refractory Double-Containment (BRDC) boiler number 5 for PCS, SNAP-8
Bare refractory double containment boiler for SNAP 8 power conversion system utilizing mercury, tantalum, zirconium, and type 300 stainless steel materials
Chalpin, E. S.↗
Recovery and determination of crystallographic modifications of K3TaO4 and K3NbO4
Tantalum and niobium ternary oxides recovery from liquid potassium solution, determining composition and crystallographic modifications by chemical and X ray diffraction analyses
Stecura, S.↗
The measurement of radiation exposure of astronauts by radiochemical techniques
The concentrations of 23 major, minor, and trace elements in the fecal samples from the Apollo 12 and 13 astronauts are reported. Most elemental excretion rates are comparable to rates reported for earlier missions. Exceptions are noted for calcium, iron, and tin. Body calcium and iron losses appear to be reduced during the Apollo 12 and 13 missions such that losses now seem to be insignificant. Refined measurements of tin excretion rates agree with normal dietary intakes. Earlier reported tin values are in error. A new passive dosimetry canister was designed which contains foils of tantalum, copper, titanium, iron, cobalt, aluminum, and scandium. By measuring the concentrations of the various products of nuclear reactions in these metals after space exposure, the characteristics of the incident cosmic particles can be determined.
Brodzinski, R. L.↗