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
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Adhesion studies of iron surfaces with adsorbed hydrocarbons
Adhesion between atomically pure metal surfaces
Ultrahigh vacuum adhesion of silicates as related to lunar surface
Ethylene oxide and vinyl chloride adsorption on iron /011/ surface, and surface film effect on adhesion
Vacuum adhesion studies on basalt and metals, simulating lunar soils and mining conditions
Friction and adhesion between metal test flats and simulated lunar soils in vacuum environment
Adhesion experiments with terrestrial materials in ultrahigh vacuum and comparison with lunar soil data
Improvement additives for adhesive and elastomer performance
Development of structural adhesive systems suitable for use with liquid oxygen
Preparation and study of synthetic protein like materials for high performance adhesive systems
Metallic adhesion produced by surfaces compression, discussing asperities plastic deformation and macrodeformation caused by contact area growth
Contact resistance measurements used in contaminant removal and metallic adhesion on iron surfaces
Adhesive debonding in case-bonded solid propellant rocket motors, describing stress analysis and interfacial surface energy measurement
Energy balance criterion for continuum mechanics analysis of fracture threshold for blistered adhesive elastic layer between elastic material and rigid substrate
Clean iron /011/ surfaces, determining sulfur, oxygen and hydrogen sulfide films effects on adhesion behavior
Time dependent adhesion in ultrahigh vacuum of Apollo 11 lunar soil sample 10065-33, considering microchemical and microphysical properties
Polyurethane adhesives differential thermal analysis, rebound resilience and tensile properties at cryogenic temperatures
Resilience and tensile properties of polyurethane adhesive at cryogenic temperatures measured by differential thermal analysis