n-Nylons
Their Synthesis, Structure and Properties
1. Auflage Juni 1997
XIV, 598 Seiten, Hardcover
Wiley & Sons Ltd
Kurzbeschreibung
Das erste Buch, das physikalische und chemische Eigenschaften der n-Nylons, Polymere aus der Polyamid-Familie, vollständig und übersichtlich abhandelt! Neben allgemeinen Angaben zur Thermodynamik, Polykondensation und Kristallinität werden Synthese, Struktur und Merkmale aller Nylons von n = 1 bis n = 22 ausführlich diskutiert.
This book describes the synthesis, structure and properties of the polyamide family known by the common term n-nylon. Both the chemistry and physics are combined, making it a unique contribution to literature in this field. After general chapters on thermodynamics, polycondensation and crystallinity, all nylons from n=1 to n=22 are discussed in detail and the book concludes with chapters discussing the similarities of different nylons and their technologically important properties.
PART I: Nomenclature and Fundamental Features; Thermodynamics; Crystallinity and Polymorphism in the n-Nylon Family; PART II Specifics of the n-Nylons: n-Substituted 1-Nylons: Monomers; Polymerisation; Solution Properties; Liquid Crystal Polymers; Bulk Structure and Properties; 2-Nylons and Man-Made Structural Proteins (Sub-Sections As 1-Nylons); 3-Nylons; 4-Nylon; 5-Nylon; 6-Nylon: Polymerisations; Molecular Weights and Sizes of Macromolecules; Sample Preparation; Structure; Morphology and Properties On 6-Nylon; Thermal Properties; Aspects of the Glassy State and Glass Transition; Memory Effects; Hydrogen Bonds and Chain Mobility in Solution; 6-Nylon Monomer Regeneration; 7-Nylon; 8-Nylon; 9-Nylon; 10-Nylon; 11-Nylon; 12-Nylon; The Higher Nylons 13-22-Nylon; PART III: n-Substituted and C-Substituted n-Nylons; Miscibility of n-Nylons; n-Nylon Additives of Technological Interest; Ferroelectricity of Odd n-Nylons; Spectroscopic Identification of n-Nylons (Infrared; Raman and Simple NMR); The Backbone of the n-Nylon Family: From Stiff and Extended to Flexible and Foldable; A Little Physics; Effects of Main-Chain Flexibility.
