This book introduces the techniques used for the analysis of polymers. It covers the main aspects of polymer science and technology; identification, polymerization, molecular weight, structure, surface properties, degradation and mechanical properties. Clear explanations of each analytical technique Describes the application of techniques to the study of polymers Encourages learning through numerous self-assessment questions and answers Structured for flexible learning Review "...a valuable overview of many of the commpon polymer characterisation methods..." (The Analyst, October 2002) -- The Analyst, October 2002 From the Author Preface Polymers are of major economic and social importance and thus it is necessary to understand the appropriate methods for characterizing such materials. Although there are a number of polymer science texts currently on the market, there are few which are directed at the true beginner to the field. Therefore, one of the aims of this present book is to explain the fundamentals of the subject in a straightforward, clear and concise manner. There are also several books available which cover the specific techniques used to analyse and characterise polymers. This text further aims to introduce the most commonly used techniques for polymer analysis in one book again, at a level suitable for the beginner. This text is not intended to be comprehensive polymer science is a very extensive field! However, it is hoped that the information provided here can be used as a starting point for more detailed investigations. The book is laid out with chapters covering the main aspects of polymer science and technology, namely identification, polymerization, molecular weight, structure, surface properties, degradation, and mechanical properties. The background to each analytical technique is introduced and explained, and how these techniques may be applied to the study of polymers is then covered in the various chapters. Suitable questions and problems (in the forma of self-assessment and discussion questions (SAQs and DQs)) are included in each chapter to assist the reader in understanding the specific techniques/analytical methods being discussed. I should like to thank Kin Hong Friolo and Kristen Nissen for providing data, and, in particular, Paul Thomas for his contributions and support during the period that this book was being prepared. Finally, I very much hope that those learning about and researching polymers will find this text both a useful and valuable introduction to the area of Polymer Analysis. Barbara Stuart University of Technology, Sydney, Australia From the Back Cover The intention of this book is to introduce the reader to the wide range of analytical techniques that are available for characterizing polymeric materials. The emphasis and focus are on the properties of polymers, rather than on the various techniques employed. Although there are a number of texts which discuss polymer analysis, this is the only book currently available which includes extensive use of questions and problems to aid the reader's understanding. The majority of books on this subject are heavily charged with theory, while Polymer Analysis, on the other hand, concentrates very much on the practical aspects. Key features include the following: * First introductory, distance learning book covering polymer analysis * Clear summaries of each analytical technique and extensive use of self-assessment questions and problems to aid student understanding. * Clear examples of data analysis * Assumes no previous knowledge of the analytical techniques being discussed * Focuses on the properties of polymers, rather than on the analytical techniques and is therefore more accessible * Provides comprehensive coverage of the range of techniques used to study polymeric materials Polymer Analysis provides a very accessible introduction to the subject for laboratory technicians and scientists worki
