Overview

Field responsive polymers, or smart polymers, will play a key role in the emergence of a wide array of new devices such as those manufactured by the aerospace, communications, and biomedical industries. The twenty-two chapters in this volume present state-of-the-art research and discuss some of the potential applications of electroresponsive, photoresponsive, and responsive polymers in chemistry and biology. Topics discussed include: microwave active responsive polymers; the design of solid polymer electrolytes for electrochromic devices; thin films for electro-optic modular applications, photorefractive and NLO polymers; thermoreversible polymers and the application of responsive polymers in peptide drug delivery systems. This comprehensive resource is perfect for polymer scientists, materials scientists, and physicists.

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This book is comprised of 22 papers on 'smart polymers' written by experts in the field. A smart polymer is characterized as being 'one that responds to an external stimulus in a controlled, reproducible, and reversible manner'. Such responsive polymers have many applications in diverse areas of research, including biology, telecommunications, and electronics. The various contributions in this book describe state-of-the-art research in these types of polymers and forecast future directions and applications in the field. Its chapters are organized under the following subheadings: Electroresponsive Polymers; Photoresponsive Polymers: Nonlinear Optical and Photorefractive; and Responsive Polymers in Chemistry and Biology. This volume should be of value to a wide range of scientists and engineers ... --Journal of the American Chemical Society<br> The 22 topics include microwave and optical properties of conducting polymers from basic research to applications, nonaqueous polymer electrodes of electrochromic devices, the electro-rheological properties of chitosan sulfate suspensions, identifying critical structure-function relationships in preparing polymer thin films for electro-optic modular applications, novel refractive materials based on multifunctional organic glasses, the synthetic design of responsive surfaces, and polymers responsive to temperature and pH for controlled polypeptide drug delivery. --SciTech Book News<br>

<br> This book is comprised of 22 papers on 'smart polymers' written by experts in the field. A smart polymer is characterized as being 'one that responds to an external stimulus in a controlled, reproducible, and reversible manner'. Such responsive polymers have many applications in diverse areas of research, including biology, telecommunications, and electronics. The various contributions in this book describe state-of-the-art research in these types of polymers and forecast future directions and applications in the field. Its chapters are organized under the following subheadings: Electroresponsive Polymers; Photoresponsive Polymers: Nonlinear Optical and Photorefractive; and Responsive Polymers in Chemistry and Biology. This volume should be of value to a wide range of scientists and engineers ... --Journal of the American Chemical Society<br> The 22 topics include microwave and optical properties of conducting polymers from basic research to applications, nonaqueous polymer electr

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