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Photodegradation and Radiation Degradation

This volume is including information about thermal and thermooxidative degradation of polyolefine nanocomposites, modeling of catalytic complexes in the oxidation reactions, modeling the kinetics of moisture adsorption by natural and synthetic polymers, new trends, achievements and developments on the effects of beam radiation, structural behaviour of composite materials, comparative evaluation of antioxidants properties, synthesis, properties and application of polymeric composites and nanocomposites, photodegradation and light stabilization of polymers, wear resistant composite polymeric materials, some macrokinetic phenomena, transport phenomena in polymer matrix, liquid crystals, flammability of polymeric materials and new flame retardants. [Pg.434]

This practice is technically eqnivalent to ASTM D 2565 (see above) that covers xenon-arc exposnres of plastics intended for long-term use in ontdoor applications. This proce-dnre covers testing of photodegradable plashes intended to deteriorate rapidly when exposed to solar radiation, heat, moistnre, and other degrading elements of the weather. [Pg.610]

See other pages where Photodegradation and Radiation Degradation is mentioned: [Pg.336] [Pg.85] [Pg.87] [Pg.89] [Pg.91] [Pg.93] [Pg.95] [Pg.97] [Pg.99] [Pg.101] [Pg.103] [Pg.105] [Pg.413] [Pg.414] [Pg.416] [Pg.418] [Pg.420] [Pg.336] [Pg.85] [Pg.87] [Pg.89] [Pg.91] [Pg.93] [Pg.95] [Pg.97] [Pg.99] [Pg.101] [Pg.103] [Pg.105] [Pg.413] [Pg.414] [Pg.416] [Pg.418] [Pg.420] [Pg.561] [Pg.758] [Pg.1] [Pg.511] [Pg.262] [Pg.453] [Pg.245] [Pg.169] [Pg.110] [Pg.278] [Pg.511] [Pg.475] [Pg.69] [Pg.611] [Pg.511] [Pg.997] [Pg.378] [Pg.188] [Pg.614] [Pg.134] [Pg.84] [Pg.455] [Pg.480] [Pg.7889] [Pg.231] [Pg.431] [Pg.474] [Pg.269] [Pg.781]

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Degradation photodegradation

Radiation degradation