Spectroscopy of polymers /

Koenig (Case Western Reserve Univ.) offers a new edition with even more information than the first (1992). Chapter 1 explores the mathematical theory behind polymer structure determination, including the use of probability distribution functions, microstructure characterization, sequence measurements, and polymerization/copolymerization models. Several chapters are devoted to IR (infrared) and Raman spectroscopy, important and complementary tools in polymer characterization. High-resolution nuclear magnetic resonance (NMR) spectroscopy is described for both solution and solid-state experimental methods. Mass spectroscopy, a relative newcomer to the field of polymer characterization, is now included in this edition. Each spectroscopic method is treated in the same manner; Koenig first describes the theory behind each method in great detail. The instrumentation is diagrammed, and coverage of the experimental elements is extensive. Then, applications of each spectroscopic method shows how they are applied to elucidate polymer structure. Highly recommended for those engaged in polymer research at the graduate, faculty, and professional level. J. R. Sasthav; Howard Community College