Space-power-system material compatibility tests of selected refractory metal alloys with boiling potassium.
Niobium and tantalum alloys compatibility with boiling potassium tested for applications to turboelectric space power system
Moss, T. 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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A procedure for experiment scheduling and compatibility analysis for earth /planetary/ orbit.
Earth orbit mission experiment scheduling and compatibility analysis computer programs
Duffie, J. M., Jr.↗
The compatibility of lead and tin telluride with metals.
Compatibility of lead and tin tellurides with metals evaluated for chemical stability of interfaces in ternary systems
Bates, H. E.↗
EBW firing unit and detonator compatibility investigation.
EBW firing unit-detonator interface compatibility measured to determine total system reliability for randomly paired production units
Amicone, R. G.↗
Compatibility of alumina and beryllia ceramics with potassium vapor.
Alumina and beryllia ceramics compatibility with potassium vapor, discussing modes of attack and low silica level
Lindberg, R.↗
The compatibility of refractory metals with liquid metals.
Compatibility of refractory metals with liquid Hg, Cs, K, Na and Li, noting resistance to corrosion
Harrison, R. W.↗
Device for converting photographically recorded data to computer-compatible magnetic tape.
Automatic device to transfer photographically recorded data to computer compatible magnetic tape
Glass, I. S.↗
The compatible conversion system
Compatible conversion system centralizes the solution of general problems arising from the use of direct access mass storage. It also provides a simple stable interface for the conversion of production programs to process on third generation computer system.
Hoffman, F.↗
Liquid oxygen-compatible insulation system
To provide insulation for tees, elbows, sumps, and valves that are used to pass or store fluids at cryogenic temperatures, individual parts are insulated in an environmentally controlled facility. It is desirable that such insulation be liquid oxygen compatible and be easily removable and reinstallable.
Jones, J. S.↗
Compatibility conditions of the theory of micromorphic elastic solids
Compatibility conditions for strain measures of theory of micromorphic elastic solids
Eringen, A. C.↗
Saturn 5 unified S-band transmitting system electromagnetic compatibility test report
Saturn 5 unified S-band transmitting system electromagnetic compatibility test report
Adams, L. D.↗
Compatibility tests of molten uranium with tungsten and tungsten - 1.5 percent hafnium
Compatibility tests of molten uranium with tungsten and tungsten-1.5 percent hafnium
Takkunen, P. D.↗
Development of liquid oxygen compatible adhesive system, part 2 Final report, Jul. 1968 - Dec. 1968
Development of liquid oxygen compatible adhesive system
Hoggatt, J. T.↗
Electromagnetic compatibility verification for the Centaur and Surveyor space vehicles
Electromagnetic compatibility verification for Centaur and Surveyor space vehicles
Quitter, J. P.↗
The Lunar Orbiter electromagnetic compatibility program philosophy
Lunar Orbiter electromagnetic compatibility program philosophy
Lewis, R. O., Jr.↗
Transient compatibility measurements in spacecraft
Transient compatibility measurements in spacecraft electronic equipment
Rogers, P. R.↗
Estimation of the chemical compatibility of alloys with lead telluride and tin telluride thermoelectric materials.
Chemical compatibility estimation of lead and tin tellurides thermoelectric materials with metallic alloys
Wald, F.↗
The compatibility of materials.
Materials compatibility for space requirements, discussing shape retention, ductility, tensile strength, dissimilar materials stability, etc
Kohl, W. H.↗