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Thermodynamic approach to polymer adhesion
Molecularkinetic approach to polymer adhesion
3 other sections not shown
according activation energy adhesive ability adhesive interaction adhesive joint formation adhesive joint strength adhesive properties approach atoms autohesive boundary layers bulk calculated characteristics Chem chemical nature coefficient cohesive Colloid Colloid Interface Sci components composition concepts contact angle copolymers corona discharge corresponding decrease demonstrated density dependence determined diffusion effect elastomers electron epoxy equation equilibrium experimental fact factors film Hence increase instance interfacial bonds interfacial interaction involving kinetic linear liquid macromolecules mechanism metals mN/m modified molecular mass molecular—kinetic molecules Moscow oxidation parameters peeling strength phase Phys physical polar poly(methyl methacrylate poly(vinyl chloride polyethene polyethyleneterephthalate polyisobutene polymer adhesion polypropene polystyrene polytetrafluoroethene polyvinyl Pritykin procedure processes refractive index relationship rubber segment shear strength solid surface strength of adhesive structure substrate substrate surface surface energy surface layers surface tension Techn temperature thermodynamic thickness transition layers treatment USSR High Polymers validity values versus viscosity wetting