A general description is presented of polymer photo-oxidative degradation and of the state of the art photostabilization of some polymer classes. The polymers discussed include polyvinyl chloride, polyamides, elastomers, polystyrene and the polyolefins, polyethylene and polypropylene. A number of challenges remain open to study, the more important of which are listed
The photo-oxidation of polymers involves different steps in which their reactivity is different from...
The degradation pathways for polymeric materials and coatings under the influence of light and oxyge...
Production of polypropylene is growing for applications in different types of textiles. The main lim...
Key degradative processes for various polymers are itemised, together with photostabilisation mechan...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
Most of the commercially important polymers are prone to deterioration caused by oxidation reactions...
International audienceOne major problem associated with the applications of polymers is their instab...
International audienceOne major problem associated with the applications of polymers is their instab...
In this work the oxidative degradation of pure polystyrene, polybutadiene and butadiene-modified pol...
AbstractPolymer science is, of course, driven by the desire to produce new materials for new applica...
Photo-degradation is an irreversible alteration in the chemical, mechanical and physical properties ...
The photo-oxidation of polymers involves different steps in which their reactivity is different from...
The degradation pathways for polymeric materials and coatings under the influence of light and oxyge...
Production of polypropylene is growing for applications in different types of textiles. The main lim...
Key degradative processes for various polymers are itemised, together with photostabilisation mechan...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
The most important UV-degradation mechanisms for polymers are photolysis and photo-oxidation. For po...
Most of the commercially important polymers are prone to deterioration caused by oxidation reactions...
International audienceOne major problem associated with the applications of polymers is their instab...
International audienceOne major problem associated with the applications of polymers is their instab...
In this work the oxidative degradation of pure polystyrene, polybutadiene and butadiene-modified pol...
AbstractPolymer science is, of course, driven by the desire to produce new materials for new applica...
Photo-degradation is an irreversible alteration in the chemical, mechanical and physical properties ...
The photo-oxidation of polymers involves different steps in which their reactivity is different from...
The degradation pathways for polymeric materials and coatings under the influence of light and oxyge...
Production of polypropylene is growing for applications in different types of textiles. The main lim...