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.↗
SEARCH · Search NASA
Results for “TANTALUM”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
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.↗
Tensile properties of unalloyed tantalum at temperatures up to 1350 deg F /1000 K/
Unalloyed tantalum tensile properties and safety profile at very high temperatures
Spagnuolo, A. C.↗
Fundamentals of the oxidation protection of columbium and tantalum Semiannual report, 1 Apr. - 1 Oct. 1969
Oxidation protection by silicides of niobium and tantalum, and thermochemical data
Graff, R. A.↗
High-strength tantalum composite by thermomechanical working Technical note
Improvement in tensile strength and microstructure of tantalum alloys by thermomechanical processing
Mc Intyre, R. D.↗
Evaluation of hermetically sealed wet slug tantalum capacitors
Wet slug tantalum capacitors exhibiting hermeticity and resistance to reverse voltage
Busto, A. F.↗
Evaluation of tantalum for mercury containment in the SNAP-8 boiler
Corrosion testing of tantalum for mercury containment in SNAP 8 boiler
Derow, H.↗
Steady-state performance of a SNAP-8 double- containment tantalum-stainless steel mercury boiler
Performance tests of SNAP 8 double-containment tantalum-stainless steel mercury boiler
Lottig, R. A.↗
Effect of adding lithium nitride, hafnium, tantalum and tungsten to a fast-spectrum, molybdenum-reflected critical assembly
Fuel loading requirements and resulting neutron energy spectrum after adding lithium nitride, hafnium, tantalum, and tungsten to molybdenum reflected critical assembly
Anderson, J. L.↗