Development of improved structural adhesives Annual summary report, 1 Jul. 1967 - 3 Dec. 1968
Improved structural adhesives for bonding aluminum over low temperatures
Follett, A. E.↗
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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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The development of structural adhesive systems suitable for use with liquid oxygen Summary report, 1 May - 5 Dec. 1968
Structural adhesives suitable for use with liquid oxygen
Mc Leod, A.↗
Adhesives for cryogenic applications.
Cryogenic behavior of adhesive materials used in fabrication of liquid hydrogen/liquid oxygen powered Saturn S-4B stage
Roseland, L. M.↗
A study of adhesion to a rhenium surface with LEED.
Quartz fiber adhesion to Re measured in LEED /low energy electron diffraction/ apparatus for clean and O layer surfaces, noting brittle fracture
Buckley, D. H.↗
The continuum interpretation for fracture and adhesion.
Continuum fracture concept indicating essential surface energy interpretation difference in otherwise similar adhesive and cohesive failures
Williams, M. L.↗
Development of improved semi-organic structural adhesives for elevated temperature applications Technical summary report, 1 ~JUL. 1964 - 29 ~FEB. 1968
Titanium chelate polymer adhesive formulation for aluminum joint curing in high temperature applications
Kwan, S. C.↗
Cohesive and adhesive polymer fracture investigation
Viscoelastic cohesive fatigue and elastic adhesive fracture
Jones, W. B., Jr.↗
Development of nonflammable adhesives Final technical report, 17 Sep. 1968 - 20 Jan. 1970
Development of nonflammable fluorinated polyurethane adhesives for spacecraft systems
Fitzgerald, W. P., Jr.↗
Effect of sulfur, oxygen, and hydrogen sulfide surface films on the adhesion of clean iron
Sulfur, oxygen and hydrogen sulfide surface film effects on adhesion of clean iron crystals
Buckley, D. H.↗
LEED and Auger studies of effect of oxygen on adhesion of clean iron /001/ and /011/ surfaces
LEED and Auger emission analysis of effects of oxygen on adhesion of iron surfaces
Buckley, D. H.↗
Interaction of methane, ethane, ethylene, and acetylene with an iron /001/ surface and their influence on adhesion studied with LEED and Auger
Adhesion studies of iron surfaces with adsorbed hydrocarbons
Buckley, D. H.↗
Adhesion between atomically pure metallic surfaces, part 4 Semiannual report
Adhesion between atomically pure metal surfaces
Keller, D. V., Jr.↗
Experimental investigation of ultrahigh vacuum adhesion as related to the lunar surface, fifth year summary Final report, 1 Jan. 1969 - 19 Jun. 1970
Ultrahigh vacuum adhesion of silicates as related to lunar surface
Grossman, J. J.↗
Absorption of ethylene oxide and vinyl chloride on an iron /011/ surface and effect of these films on adhesion
Ethylene oxide and vinyl chloride adsorption on iron /011/ surface, and surface film effect on adhesion
Buckley, D. H.↗
Vacuum adhesion and its lunar mining implications
Vacuum adhesion studies on basalt and metals, simulating lunar soils and mining conditions
Blum, P.↗
A study of friction and adhesion in a simulated lunar vacuum
Friction and adhesion between metal test flats and simulated lunar soils in vacuum environment
Fields, S. A.↗
Comments on lunar surface adhesion
Adhesion experiments with terrestrial materials in ultrahigh vacuum and comparison with lunar soil data
Grossman, J. J.↗