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E Autohesion of LowTacky Surfaces
Autohesion and Formation of Films from High Polymer Dispersions
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acid activation energy adhe adhesion of high adhesive and substrate adhesive bond adhesive layer adhesive strength adsorption autohesive strength bonded specimen bonding strength brass butyl rubber cellophane chemical coated cohesive contact area copolymer corresponding crosslinks curves decrease determined dibutyl phthalate diffusion theory double electric layer effect elastomers experimental experiments Figure film Forbes and McLeod formation formed globules hesion high adhesion high molecular high polymer layers high polymers increase interaction investigators liquid threads macromolecules mechanical metal surface method molecular weight natural rubber nonpolar occurs oxidation peeling strength phenomena polar groups polyisobutylene polymers to metals polymethyl methacrylate polystyrene polyvinyl chloride possess presence pressure properties resins result rubber stocks rubber surface rubber to metal rupture segments self-adhesion self-diffusion solution solvent spinnability stabilizer strong bond structure substance substrate sulfur tackiness tensile strength theory of adhesion thermal treatment thermoplastics tion unvulcanized values viscosity Voyutskii vulcanized latex welding strength welding temperature wetting