Development of dispersion strengthened tantalum base alloy Quarterly progress report no. 6, Feb. 20 - May 19, 1965
Dispersion strengthened tantalum base alloys for use in advanced spacecraft power systems - metallurgy
TANTALUM ALLOY↗
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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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On the analysis of the dielectric dispersion of ferrites
Low frequency dielectric dispersion of manganese and nickel-zinc ferrites
DISPERSION↗
Development of a dispersion strengthened nickel base alloy using the high intensity arc process Summary report
Dispersion strengthened nickel base alloy using high intensity arc process
NICKEL ALLOY↗
Development of dispersion strengthened tantalum base alloy Eighth quarterly progress report, 20 Aug. - 20 Nov. 1965
Phase identification and morphology studies of dispersion hardened tantalum base alloys for advanced space power uses
DISPERSION HARDENING↗
Technical applications for oxide-dispersion strengthened materials
High temperature, oxide-dispersion hardened alloy uses in turbojet engines, reentry vehicles, and other applications
DISPERSION HARDENING↗
Cleaning and stabilization of dispersion strengthened materials
Stable dispersion hardened materials produced by controlled cleaning and pressing of ball milled blend of metal and metal oxide powders
CLEANING↗
Metallographic study of dispersion- strengthened alloys after failure in stress rupture
Metallographic study of stress rupture failed specimens of dispersion strengthened materials for determining relation between microstructural factors and stress rupture strengths
STRESS RUPTURE↗
The Theory of Dispersion Profiles in Attenuation Scientific Report No. 13
Theory of dispersion profiles in attenuation
COLLISION↗
Alloy strengthening by fine oxide particle dispersions
Alloy strengthening by fine oxide particle dispersions
DISPERSION HARDENING↗
Dispersion hardened metals made by chemical and vapor plating techniques.
Properties of dispersion-hardened gold, copper and platinum alloys made by chemically and vapor plating metal onto particles of metal oxides
PLATING↗
Dispersion of waves in cyclotron harmonic resonance regions in plasmas.
Relativistic plasma wave dispersion in cyclotron harmonic resonance regions
CYCLOTRON RESONANCE↗
Cleaning and stabilization of dispersion strengthened materials.
Cleaning and stabilization method for dispersion strengthened materials produced from mechanically produced blends of metals plus oxide powders
METAL OXIDE↗
Random dispersive waves.
Random dispersive wave intensity detection and measurement in presence of noise
BACKGROUND NOISE↗
Development of dispersion strengthened tantalum base alloy Quarterly progress report, 20 Nov. 1965 - 20 Feb. 1966
Welding, aging, and oxygen contamination effects on dispersion strengthened tantalum base alloys
TANTALUM ALLOY↗
Dynamic mechanical properties of some non-aqueous dispersions
Dynamic viscosity and elasticity of nonaqueous dispersions
VISCOSITY↗
Dispersion Relations for a Magnetoactive Finite Temperature Plasma
Equations for dispersion relations of magnetoactive finite temperature plasma
MAXWELL EQUATION↗
Comparison of selected submicron powder blending methods for dispersion alloys
Wet and dry blending nickel-aluminum oxide submicron powders for dispersion-strengthened alloys
POWDERED METAL↗
Research on mechanisms of alloy strengthening. I. Alloy strengthening by fine oxide particle dispersion. II. The splat cooling process for alloy development Semiannual report
Alloy strengthening by fine oxide particle dispersion and splat cooling process for alloy development
DISPERSION HARDENING↗