The compatibility of materials.
Materials compatibility for space requirements, discussing shape retention, ductility, tensile strength, dissimilar materials stability, etc
Kohl, W. H.↗
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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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Carbonation cell materials compatibility
Material test and evaluation program for compatibility of materials with alkaline and acid electrolyte environments of carbonation cell system
Bannerton, N. P.↗
Compatibility analysis for the 1535-1660 MHz band, part 1 Final report, Jan. - Sep. 1969
Electromagnetic compatibility and radio frequency interference of aircraft radio antennas
Martin, R. L.↗
Compatibility of columbium base alloys with lithium fluoride
Thermal cycling tests of lithium fluoride compatibility with columbium base alloys
Harrison, R. W.↗
Determining the initial and compatible internal states of the inverse automaton of Class 2 by analyzing the operation of the original automaton
Determining compatible internal states of inverse automation by analysis of original automation
Kurmit, A. A.↗
Compatibility and shielding analysis of science instruments in spacecraft containing a radioisotope thermoelectric generator
Compatibility and shielding analysis of science instruments in spacecraft containing radioisotope thermoelectric generator
Miller, C. G.↗
Specimen/capsule preparation used on the JPL Material Compatibility program Final report, Aug. 1967 - Apr. 1970
Compatibility tests for spacecraft construction materials by specimen encapsulation with liquid rocket propellants
Cox, D. W.↗
Liquid propulsion - Material compatibility
Compatibility during long term storage of liquid rocket propellants with spacecraft propulsion system materials
Keller, O. F.↗
Apollo lunar module descent engine ablative chamber-injector compatibility improvement study. Torch test materials evaluation
Injector compatibility improvement for Apollo lunar module descent engine ablative chamber
Source record↗
Compatibility conditions of the theory of micromorphic elastic solids
Compatibility conditions of theory of micromorphic elastic solids using Riemann theorem
Eringen, A. C.↗
Partly fluorinated lubricating oils and greases for use as lox-compatible lubricants
Fluorinated lubricating oils and greases for use as liquid oxygen compatible lubricants, correlating stability and hydrogen substitution
Breed, L. W.↗
Materials investigation and tests for the development of space compatible electrical connectors, phase 1 Final report, 1 Jun. - 30 Nov. 1970
Digital pulse optimization for space compatible electric connectors
Clark, D. E.↗
Mechanical properties and LOX compatibility of stainless steel-clad titanium prepared by explosive welding and vacuum deposition Final report
Tensile and fatigue properties and liquid oxygen compatibility of bilaminate stainless steel-clad titanium prepared by vacuum deposition and explosive welding
Meiners, K. E.↗
Materials investigation and tests for the development of space compatible electrical connectors Final report, 1 Jun. - 30 Nov. 1970
Selection of materials for electrical connectors compatible with future space missions
Johnson, C. A.↗
Sterilization compatibility of growth media for extraterrestrial use
Dry heat spacecraft sterilization-compatibility tests of reagents and growth media for planetary biological exploration
Gelvin, D. E.↗
On the compatibility problem for the uniformization of asymptotic expansions
Power series uniformization by transformations of perturbation functions irregular part, considering compatibility problem
Klimas, A.↗
Electromagnetic compatibility design guideline for STADAN
Procedures for achieving electromagnetic compatibility in electronic and electrical equipment for aerospace ground stations are investigated. The application of shielding theory to good design is treated and standards of good practice are outlined for bonding, grounding, wiring, and cabling. Some aspects of filter design are explained, and suggestions are given for the application of filters to electronic and electrical equipment.
Cowdell, R. B.↗
Some observations on uranium carbide alloy/tungsten compatibility
Chemical compatibility between both pure and thoriated tungsten and uranium carbide alloys was studied at 1800 C for up to 3300 hours. Alloying with zirconium carbide appeared to widen the homogeneity range of uranium carbide, making additional carbon available for reaction with the tungsten. Reaction layers were formed both by vapor phase reaction and by physical contact, producing either or both UWC2 and W2C, dependent upon the phases present in the starting fuel alloy. Formation of UWC2 results in slow growth of the reaction layer with time, while W2C reaction layers grow rapidly, allowing equilibrium to be reached in less than 2500 hours at 1800 C. The presence of a thermal gradient had no effect on the reactions observed nor did the presence of thoria in the tungsten clad.
Phillips, W. M.↗