Description

Book Synopsis
Research on the dynamic properties and related molecular reorientation processes in polymer chains has attracted special attention in recent years. The solid-state nuclear magnetic resonance (SSNMR) is one of the most important complementary techniques in the scientific testing of macromolecules. When polymer molecules make reorientation motions, a fluctuating local magnetic field is generated. Thus, the shape of the resonance line emerges as a function of temperature and reveals the activation energy of the polymer chain.

Table of Contents
Preface; Detailed Outline; Characteristics of Polymers; Nuclear Magnetic Resonance; Measurement Methods; Material Characteristics, Synthesis and Analysis of Reaction Products; Analysis and Processing of Results; Biodegradability Studies of Poly[(R)-3HB]; Index.

A Study of Polymer Dynamics by Solid-State NMR

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A Hardback by John Nobleman

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    View other formats and editions of A Study of Polymer Dynamics by Solid-State NMR by John Nobleman

    Publisher: Nova Science Publishers Inc
    Publication Date: 01/08/2021
    ISBN13: 9781536197150, 978-1536197150
    ISBN10: 1536197157
    Also in:
    Polymer chemistry

    Description

    Book Synopsis
    Research on the dynamic properties and related molecular reorientation processes in polymer chains has attracted special attention in recent years. The solid-state nuclear magnetic resonance (SSNMR) is one of the most important complementary techniques in the scientific testing of macromolecules. When polymer molecules make reorientation motions, a fluctuating local magnetic field is generated. Thus, the shape of the resonance line emerges as a function of temperature and reveals the activation energy of the polymer chain.

    Table of Contents
    Preface; Detailed Outline; Characteristics of Polymers; Nuclear Magnetic Resonance; Measurement Methods; Material Characteristics, Synthesis and Analysis of Reaction Products; Analysis and Processing of Results; Biodegradability Studies of Poly[(R)-3HB]; Index.

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