Design, development, and fabrication of a functional adhesive bonding repair experiment to be performed during space flight Final report, Nov. 1966 - May 1968
Adhesive repair system for application in weightless vacuum space environment
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Adhesive repair system for application in weightless vacuum space environment
Interfacial phenomena in adhesion of Chlorella alga strain to glass surfaces in simple ionic solutions, discussing zeta potential and additives effect
Cobalt and cobalt-base alloys properties influencing friction, wear and adhesion, studying single crystals and polycrystallines in air and vacuum
Adhesion of metal in high vacuum from interfacial bonding measurements with oxide film removed
Metals adhesion, discussing mechanical and chemical parameters, weld strength and tests
Metallic adhesion analyzed by interfacial, solution, electronic and fracture models
Crystal structure, orientation and solubility effects on friction and adhesion of various metal single crystals in vacuum
Adhesion of metals and nonmetals in ultrahigh vacuum and simulated lunar exploration radiation conditions
Crystal structure and lattice parameter effects on single and polycrystalline metals adhesion, friction and wear properties, discussing basal slip hexagonal metals
Adhesion of silicates cleaved in ultrahigh vacuum, discussing atomic bonding, dispersion and electrostatic charging
Effects on chemisorbed surface films on various gases on tungsten adhesion and friction
Gun facilitates adhesive bonding of thermoplastic-backed studs to smooth, hard surfaces. Such studs can be used for mounting loads where defacement with drilled holes cannot be tolerated. These studs can be easily removed by softening the plastic bonding with heat from the gun.
Interfacial adhesion force produced by contact under axial loads of Cu and Ni surfaces in high vacuum related to electrical resistance and plastic strain
Ultrahigh vacuum adhesion behavior of silicates in contact with metals of various surface states related to lunar missions
Theory and method for characterizing surface cleanliness of nickel during adhesion testing
Development of liquid oxygen compatible adhesive system
Ultrahigh vacuum adhesion related to lunar topography and charge distribution on vacuum cleaved albite
Low energy electron diffraction study of adhesion of various materials to nickel surface