Study of adhesion and cohesion in vacuum summary report 1 jul. 1963 - 30 jun. 1964
Adhesion and cohesion of metal couples in vacuum chamber
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Adhesion and cohesion of metal couples in vacuum chamber
Ultrahigh vacuum adhesion of single crystal silicates - relation to lunar surface properties
Adhesion and cohesion tests under static loading conditions in vacuum - aluminum and titanium alloys and copper bonding
Solid state metal cohesion and adhesion - bonding mechanism control
Ultrahigh vacuum adhesion of silicates in relation to lunar surface
Metal adhesion and cohesion in space environment determined for temperature, time and loading condition
Polymer adhesives for bonding protective cover glass to solar cells subjected to prelaunch, launch, and simulated orbital space environment conditions
Adhesion and cohesion of metals for use in components of electrical and mechanical devices required for space exploration
Friction, wear, and adhesion characteristics of titanium-aluminum alloys in vacuum
Vacuum metal-metal bonding tests to determine conditions of accidental adhesion of spacecraft structural materials
Adhesive bonding of titanium and alloys with design and manufacturing applications
Adhesion and cohesion of metals
Synthesis of carborane-expoxy adhesives for use in high temperature aerospace environments
Ultrahigh vacuum adhesion of silicates as related to lunar surface
Metal alloy adhesion in high vacuum
Test equipment modifications, and heat treatment of metal specimens for adhesion testing
Engineering techniques for metal-to-metal and sandwich adhesive bonding
Poly-2-oxazolidones, polyisocyanurates, bisphenol epoxies, polyurethanes, and epoxy esters for cryogenic adhesive applications