Dynamic analysis of a lithium-boiling potassium refractory metal Rankine cycle power system for the Jet Propulsion Laboratory
Lithium-boiling potassium refractory metal Rankine cycle power system heat transfer models
LITHIUM↗
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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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Determination of the weldability and elevated temperature stability of refractory metal alloys seventh quarterly report, dec. 21, 1964 - mar. 20, 1965
Weldability and elevated temperature stability of refractory metal alloys
REFRACTORY ALLOY↗
Evaluation testing of protective coatings on refractory metals Quarterly report
Evaluation testing of protective coatings on refractory metals for nozzles and chambers
Oswalt, L. R.↗
High temperature protective coatings for refractory metals Progress report no. 3, 1 May - 31 Jul. 1965
High temperature protective coating for refractory metals - electrodeposition and diffusion bonding of iridium on tantalum to prevent oxidation
TANTALUM↗
Solubility of refractory metals and alloys in alkali metals First quarterly report, Mar. 3 - May 28, 1966
Solubility and corrosion resistance of refractory metals and alloys determined in liquid alkali metals
LIQUID METAL↗
Protective coating for refractory metals in rocket engines supplemental report, mar. 8, 1963 - mar. 15, 1964
Protective coating systems for refractory metal used in rocket engine nozzles - rocket engine test firing
TEST FIRING↗
Effects of hydrostatic pressure on the mechanical behavior of body centered cubic refractory metals and alloys Interim technical report
Effects of hydrostatic pressure on mechanical behavior of body centered cubic refractory metals and alloys
MECHANICAL PROPERTY↗
A NEW SERIES OF COBALT - REFRACTORY-METAL ALLOYS FOR ADVANCED SPACE POWER SYSTEMS
High temperature properties of binary and ternary cobalt-refractory-metal alloys, with special attention to carbon and zirconium addition effects on rupture life of the alloys
BINARY ALLOY↗
High Temperature Protective Coatings for Refractory Metals Progress Report No. 1, 21 Apr. - 21 Jul. 1966
Applicability of iridium as protective coating for refractory metals - rates of interdiffusion of iridium with tungsten, molybdenum, and niobium
DIFFUSION EFFECT↗
Some possible filler alloys with low vapor pressures for refractory-metal brazing
A compilation of eutectics and melting-point minima for binary combinations of metals having vapor pressures below 10 to the minus 10th power torr at 1500 degrees K and .00005 torr at 2000 degree K is presented. These compositions and others near them on their phase diagrams are potential special brazing fillers for refractory metals. Some possible problems and advantages for fusion bonds of such mixtures are indicated. Evaluations of brazing fillers containing refractory metals are reported.
Morris, J. F.↗
Refractory metal fiber nickel alloy composites for use at high temperatures.
Stress-rupture properties of composites containing refractory metal fibers and nickel alloys evaluated at high temperatures
STRESS RUPTURE↗
Welding, bonding, and sealing of refractory metals by vapor deposition
Plating process welds, bonds, and seals refractory metals without weakening or changing the structure of the base metals. A metal halide compound in the vapor phase is decomposed to deposit filler metal on the base metal. The resulting bond is a true metal-to-metal bond.
Source record↗
Solubility of refractory metals and alloys in potassium and in lithium
Solubility of refractory metals and alloys in liquid potassium and lithium
Eichelberger, R. L.↗
Interactions of refractory metals with active gases in vacua and inert gas environments.
Refractory metals interactions with gases in vacuum and inert gas environment, noting temperature and pressure effects on reactions, extent and kinetics
Inouye, H.↗
Contamination of refractory metals by oxygen, water vapor, and carbon monoxide
Contamination of refractory metals by oxygen, water vapor, and carbon monoxide
Barrett, C. A.↗
High temperature oxidation resistant coatings. Coatings for protection from oxidation of superalloys, refractory metals, and graphite
High temperature oxidation resistant coatings for superalloys, refractory metals, and graphite
Source record↗
High temperature protective coatings for refractory metals Yearly summary report, 21 Oct. 1964 - 21 Oct. 1965
Performance characteristics of iridium used as high temperature oxidation protective coating for refractory metals
PROTECTIVE COATING↗
Effects of hydrostatic pressure cycling on the mechanical behavior of body centered cubic refractory metals and alloys interim techni- cal report no. 2
Effects of hydrostatic pressure cycling on mechanical behavior of body centered cubic refractory metals and alloys - quench aged condition study of iron-carbon alloys
IRON ALLOY↗