Studies of dynamic contact angles on solids Final report
Relationship between dynamic contact angle and velocity of liquid front along solid surface
Schwartz, A. M.↗
Engineering topics
Schwartz, A. M.
Publications and source records attributed to Schwartz, A. M..
Reinforcement of polymeric structures with asbestos fibrils
Investigation determines structural potential of asbestos fibrils. Methods are developed for dispersing macrofibers of the asbestos into colloidal-sized ultimate fibrils and incorporating these fibrils in matrices without causing reagglomeration.
Rader, C. A.↗
Evaporation rate of mercury as affected by small proportions of contaminants Final report
Effects of metallic contaminants on evaporation rate of mercury
Schwartz, A. M.↗
Colloidal asbestos fibrils as reinforcements for polymeric structures
Potential reinforcing capabilities of colloidal asbestos fibrils in polymeric structures
POLYMER↗
Exploratory studies of contact angle hysteresis, wetting of solidified rare gases and surface properties of mercury Final report
Contact angle hysteresis, wetting of solidified rare gases, and surface properties of mercury
SURFACE CHEMISTRY↗
Asbestos reinforcement of polymeric structures.
Asbestos reinforcement of polymeric structures, discussing tensile modulus and strength relationships to chemical nature of polymeric matrix
Rader, C. A.↗
The effect of surface contamination on contact angles and surface potentials Summary report
Surface contamination effects on behavior of liquids in space vehicle tanks at zero gravity
SPACECRAFT↗
The reinforcement of polymeric structures by asbestos fibrils Final report, 1 Apr. 1965 - 30 Apr. 1966
Dispersion techniques for asbestos fibril reinforcement of polymeric structures, and tensile strength data on reinforced composites
REINFORCING FIBER↗