This unique, practical text details analytical methods for all the main types of polymers and copolymers in commercial use, taking into account their microstructure, nonpolymeric components such as additives and residues, and other physical properties. Industrial and academic analysts working in plastics technology, engineering chemistry, and materials science will find it to be an indispensable resource.
This unique, practical text details analytical methods for all the main types of polymers and copolymers in commercial use, taking into account their microstructure, nonpolymeric components such as additives and residues, and other physical properties. Industrial and academic analysts working in plastics technology, engineering chemistry, and materials science will find it to be an indispensable resource.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
1 Types of Polymers and Their Uses. 2 Polymer Characteristics Requiring Elucidation. 3 Separation of Polymer and Additives. 4 Identification of Polymers. 5 Additives, Volatiles and Catalyst Remnants. 6 Functional Groups in Polymers. 7 Fractionation of Polymers. 8 Molecular Weight. 9 Copolymer Composition. 10 Polymer Microstructure. 11 Thermal, Oxidative and Photostability. 12 Glass Transition Temperature and Other Transitions. 13 Degree of Crystallinity and Melting Temperature. Appendix 1 Typical Pyrolysis Gas Chromatography and IR and NMR. spectral curves for polymers. 1(a) Pyrolysis gas chromatograms. 1(b) Photolysis gas chromatograms. 2 Infrared spectroscopy. 3 Nuclear Magnetic Resonance Spectroscopy. Appendix 2 Chemical and Physical Properties of Polymers. Appendix 3 Summary of Methods, Antioxidants. Appendix 4 Summary of Methods, Monomers. References.
1 Types of Polymers and Their Uses. 2 Polymer Characteristics Requiring Elucidation. 3 Separation of Polymer and Additives. 4 Identification of Polymers. 5 Additives, Volatiles and Catalyst Remnants. 6 Functional Groups in Polymers. 7 Fractionation of Polymers. 8 Molecular Weight. 9 Copolymer Composition. 10 Polymer Microstructure. 11 Thermal, Oxidative and Photostability. 12 Glass Transition Temperature and Other Transitions. 13 Degree of Crystallinity and Melting Temperature. Appendix 1 Typical Pyrolysis Gas Chromatography and IR and NMR. spectral curves for polymers. 1(a) Pyrolysis gas chromatograms. 1(b) Photolysis gas chromatograms. 2 Infrared spectroscopy. 3 Nuclear Magnetic Resonance Spectroscopy. Appendix 2 Chemical and Physical Properties of Polymers. Appendix 3 Summary of Methods, Antioxidants. Appendix 4 Summary of Methods, Monomers. References.
Rezensionen
'The most complete polymer analysis book...an absolute must for any analytical laboratory performing analysis of polymers. It would also serve as an excellent book for advanced course on instrumental analysis of polymers....strongly recommend[ed].' -- Microchemical Journal
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