Adhesional behavior of air and ultrahigh vacuum formed silicate surfaces in relation to the moon.
Adhesional behavior of simulated lunar silicates, considering air and ultrahigh vacuum formed surfaces
Engineering topics
Publications and source records attributed to Ryan, J. A..
Adhesional behavior of simulated lunar silicates, considering air and ultrahigh vacuum formed surfaces
Measurements of adhesion between silicate minerals with surfaces formed in ultrahigh vacuum by cleavage
Adhesion force of silicates in ultrahigh vacuum as function of load force, temperature, surface roughness and crystal orientation
Ultrahigh vacuum adhesion of silicates in relation to lunar surface
Ultrahigh vacuum frictional adhesional behavior of silicates related to lunar surface - modifications, sorption pump bank, cleavage device, and roughness effects
Ultrahigh vacuum adhesion of single crystal silicates - relation to lunar surface properties
Ultrahigh vacuum frictional-adhesional behavior of silicates for lunar surface studies
Silicate ultrahigh vacuum frictional and adhesional behavior as related to lunar surface
Ultrahigh vacuum adhesion of silicates as related to lunar surface
Ultrahigh vacuum adhesion between silicate minerals as related to lunar surface
Adhesional behavior of contaminated by air and vacuum formed clean silicate surfaces to simulate behavior of lunar silicates
Electrical charge distribution in ultrahigh vacuum fracture and etching of silicates for lunar simulation studies