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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.
Shaul M. Aharoni is the author of n-Nylons: Their Synthesis, Structure, and Properties, published by Wiley.
Partial table of contents: INTRODUCTION AND GENERALITIES. Nomenclature and Fundamental Structural Features. A Little Thermodynamics. SPECIFICS OF THE n-NYLONS. N-Substituted 1-Nylons. 2-Nylons: Natural and Manufactured Structural Proteins. 3-Nylons. The Higher Nylons: 13-Nylon to 22-Nylon. MISCELLANEA. N-Substituted and C-Substituted n-Nylons. Miscibility of n-Nylons and Substituted n-Nylons. Spectroscopic Identification of n-Nylons. THE BACKBONE OF THE n-NYLON FAMILY: FROM STIFF AND EXTENDED TO FLEXIBLE AND FOLDABLE. A Little Physics. Some Effects of Main-Chain Flexibility. Glossary. Units and Some Conversion Factors. Index.
Sabina Teller Ratner, Universite de Montreal) Ratner, Sabina Teller (Professor of Music, Universite de Montreal, Professor of Music, Universite de Montreal, RATNER, Ratner