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5 281 kr
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This text examines and describes the role of NMR in supporting and extending modern technology. It is aimed mainly at the question, "What is NMR doing to assist modern technology?" and to some degree points to what NMR could be doing in industry. Chapters written by some of the international leaders in the development and applications of NMR range from introductory principles to advanced applications that describe areas currently relevant to modern industrial activity, or which could be. The introductory coverage includes a brief description of the fundamental basis of NMR phenomena for solids and liquids, and detailed descriptions of line-broadening interactions and line-narrowing techniques for solid samples. Applications are described for biological and synthetic polymers, coal, silicas, zeolites, glasses, ceramics, composites, catalysts and include 2-D approaches and process-control applications. The intended level is that of a first or second year graduate student in chemistry, or a practicing scientist or engineer in industry.
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This volume represents the primary lectures of the NATO Advanced Study Institute (ASI) on "Nuclear Magnetic Resonance in Modern Technology," which was held at Sarigerme Park (near the Dalaman Airport) on the southern Aegean shore of Turkey from August 23 to September 4, 1992. As indicated in the title, this ASI was aimed at examining, displaying, and perhaps influencing, the role of nuclear magnetic resonance (NMR) in modern technological activity. The lectures summarized in this volume and the numerous short contributed talks and posters were primarily aimed at the question, "What is NMR doing in support of modern technology?" During the main discussion periods and the numerous small scheduled meetings of specific interest groups this same topic was also addressed, along with questions like, "What could or should NMR be doing in support of modern technology?" With this kind of subject orientation, the organizers attempted to include a large participation at the ASI from scientists and engineers from diverse private industries in which NMR does, or perhaps should, play a substantial role in supporting or optimizing technology. Perhaps because of a combination of worldwide industrial contractions and residual corporate nervousness regarding the then recent Gulf War (which caused a one-year postponement of this ASI), the participation from private industry was numerically disappointing. We hope that this book will serve to bring the role of NMR in modern industry to the attention of numerous industrial scientists and engineers who were unable to attend the AS!.