Polymer Chemistry A Practical Approach By Fred J. Davis (informative)
Free download Polymer Chemistry A Practical Approach By Fred J. Davis
Authors of: Polymer Chemistry A Practical Approach By Fred J. Davis
Fred J. Davis
L M. Harwood
C J. Moody
Table of Contents in Polymer Chemistry A Practical Approach By Fred J. Davis
Contributors
Abbreviations
1. Polymer characterization
Ian L. Hosier, Alun S. Vaughan, Geoffrey R. Mitchell, Jintana
Siripitayananon, and Fred J. Davis
1. Introduction
2. Synthetic routes to polymers
3. Molecular weight determination
4. Composition and microstructure
5. Optical microscopy
6. Electron microscopy
7. Analytical microscopy
8. Scanning probe microscopy
9. Thermal analysis
10. Molecular relaxation spectroscopy
11. X-ray and neutron scattering methods
12. Conclusions
References
2. General procedures in chain-growth
polymerization
Najib Aragrag, Dario C. Castiglione, Paul R. Davies,
Fred J. Davis, and Sangdil I. Patel
1. Introduction
2. Free-radical chain polymerization
3. Anionic polymerization
4. Ring-opening polymerizations initiated by anionic reagents
5. Coordination polymers
6. Conclusions
References
3. Controlled/‘living’ polymerization methods
Wayne Hayes and Steve Rannard
1. Introduction
2. Covalent ‘living’ polymerization: group transfer
polymerization
3. Controlled free-radical polymerizations mediated by nitroxides
4. Controlled free-radical polymerizations: atom transfer free-radical
polymerizations (ATRP) and aqueous ATRP
References
4. Step-growth polymerization—basics and
development of new materials
Zhiqun He, Eric A. Whale, and Fred J. Davis
1. Introduction
2. The synthesis of an aromatic polyamide
3. Preparation of a main-chain liquid crystalline poly(ester ether)
with a flexible side-chain
4. Non-periodic crystallization from a side-chain bearing
copolyester
5. A comparison of melt polymerization of an aromatic di-acid
containing an ethyleneglycol spacer with polymerization in
a solvent and dispersion in an inorganic medium 138
References
5. The formation of cyclic oligomers during
step-growth polymerization
Abderrazak Ben Haida, Philip Hodge, and
Howard M. Colquhoun
1. Introduction
2. Synthesis and extraction of cyclic oligomers of
poly(ether ketone)
3. Synthesis of some sulfone-linked paracyclophanes
from macrocyclic thioethers
4. Summary
References
6. The synthesis of conducting polymers based
on heterocyclic compounds
David J. Walton, Fred J. Davis, and Philip J. Langley
1. Introduction
2. Electrochemical synthesis
3. Synthesis of polypyrrole
4. Synthesis of polyaniline
5. Synthesis of polythiophene
6. Conclusions
References
7. Some examples of dendrimer synthesis
Donald A. Tomalia
1. Introduction
2. Excess reagent method
3. Protection–deprotection method
References
8. New methodologies in the preparation of
imprinted polymers
Cameron Alexander, Nicole Kirsch, and Michael Whitcombe
1. Introduction
2. Sacrificial spacer approach
3. Preparation of bacteria-imprinted polymers
References
9. Liquid crystalline polymers
Sangdil I. Patel, Fred J. Davis, Philip M. S. Roberts,
Craig D. Hasson, David Lacey, Alan W. Hall, Andreas Greve,
and Heino Finkelmann
1. Introduction
2. Synthesis of an acrylate-based liquid crystal polymer
3. The hydrosilylation reaction: a useful procedure for the
preparation of a variety of side-chain polymers
4. Photochemical preparation of liquid crystalline elastomers
with a memory of the aligned cholesteric phase
5. Defining permanent memory of macroscopic global alignment
in liquid crystal elastomers
6. Summary
References
Index
” Polymer Chemistry: A Practical Approach ” by Fred J. Davis is a comprehensive guide designed to provide readers with an in-depth understanding of polymer science, blending theoretical knowledge with practical application. This book serves as an essential resource for both students and professionals in the fields of chemistry, materials science, and chemical engineering. Davis offers a structured exploration of polymer chemistry, starting from the fundamental principles of polymerization mechanisms to the advanced techniques used in polymer characterization and processing. By emphasizing hands-on experience, the book enables readers to bridge the gap between conceptual knowledge and real-world application.
In the introductory sections, Davis begins with a clear explanation of the nature of polymers, covering their molecular structure, properties, and the types of polymerization reactions such as addition and condensation. He further elaborates on how these processes lead to the synthesis of different polymeric materials, from plastics to elastomers, providing a solid foundation for understanding their wide-ranging applications in various industries, including automotive, packaging, textiles, and medicine.
One of the distinguishing features of the book is its practical orientation. Each chapter not only delves into theoretical aspects but also includes detailed experimental procedures, case studies, and problem-solving exercises that reinforce the concepts. Davis takes care to outline safe laboratory practices, making the book particularly useful for those conducting experiments in academic or industrial settings.
Moreover, “Polymer Chemistry: A Practical Approach” stays current with advancements in the field, touching upon emerging trends such as biodegradable polymers, nanocomposites, and sustainable materials. The author combines classical knowledge with contemporary innovations, ensuring that readers are equipped to navigate the evolving landscape of polymer science.
Overall, Fred J. Davis’ book is not only a valuable reference for those new to polymer chemistry but also a robust resource for seasoned practitioners seeking to expand their expertise. Its clarity, breadth of coverage, and hands-on approach make it a must-have for anyone looking to deepen their understanding of polymer chemistry and its practical implications.
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