Polymer Stabilisation Mechanisms and ApplicationsN. C. Billingham, D. M. Wiles |
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Contents
Mechanisms of Antioxidant Action and Stabilisation Technology | 1 |
The Effect of Stabilisers on Integrated Chemiluminescence in | 37 |
Thermal Degradation and Fire Retardancy of Antimony | 55 |
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Common terms and phrases
absorbance absorption acid Al-Malaika alkyl radicals anatase Applied Science Publishers carbonyl CH₂ chain Chem chemical chemiluminescence Chemistry chpt cm¹ complexes compounds concentration decomposition decrease Degradation and Stability demethylation Developments in Polymer effect Elsevier ester exciplex exposure films fire retardant formation formed free radical grafting groups HALS HDPE hindered phenols hydrogen hydroperoxide increase induction period inhibited initial irradiation ketone kinetics LLDPE mechanism melamine melt molecular weight monomeric antioxidants N-methyl NCH3 NCH3-HALS nitrogen nitroxides nitroxyl O₂ observed oxidation products oxidised oxygen PE-HD peroxide phenolic antioxidants photo-degradation photo-oxidation photochemical photolysis pigments PMMA polyenes polyether polyethylene Polymer Degradation polyolefins polypropylene Pospíšil pre-oxidized processing reaction reactive redox ROOH rutile samples Scheme scission Scott semiquinone shown in Fig singlet oxygen species spectra spectrum Stab stabilisers temperature terephthalate thermal thermo-oxidation TiO2 transformation products vitamin K volatile wavelength XENOTEST