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Nuclear Magnetic Resonance in Modern Technology: Proceedings of the NATO Advanced Study Institute, Sarigerme Park (Dalaman), Turkey, August 16-September 4, 1992by Nato Advanced Study Institute On Nuclear
Synopses & Reviews
This volume 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, and 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.
Table of Contents
Introduction; G.E. Maciel. 1. Introduction to NMR and Modern Technology; E.W. Randall. 2. Foundations and Strategies of Multidimensional NMR; R. Freeman. 3. Applications of High-Resolution NMR to Soluble Polymers; A. Zambelli, A. Proto, L. Oliva. 4. High Resolution NMR: Applications to Biological Systems; L.W. Jelinski. 5. Line Broadening in Solids; R. Dupree. 6. Basic Cross Polarization Magic Angle Spinning; C.S. Yannoni. 7. NMR Studies of Solid Polymers and Resins: an Introduction; G.R. Hatfield. 8. NMR Characterization of Solid Fossil Fuels. Coal and Oil Shale; G.E. Maciel, O. Erbatur. 9. NMR in Industrial Process Control and Quality Control; G.E. Maciel. 10. Solid State NMR Investigation of Zeolites and Related Materials; C.A. Fyfe, G.T. Kokotailo. 11. NMR Study of Glasses and Ceramics; R. Dupree. 12. Averaging Effects in NMR; J.S. Waugh. 13. NMR in the Study of Surfaces; 1H CRAMPS and 29Si CP-MAS Studies of Silica; G.E. Maciel. 14. Cross-Polarization Processes Involving less Common Pairs of Nuclei; C.A. Fyfe, K.T. Mueller, K.C. Wong-Moon. 15. NMR of Polymer Composites and Blends; W.S. Veeman. 16. Applications of NMR Spectroscopy to Surfaces and Catalysts: Acidic Sites and Adsorbed Species; H. Pfeifer. 17. Introduction to DOR NMR; A. Samoson. 18. NMR Imaging: Introduction and Survey; L.W. Jelinski. 19. High Resolution NMR Imaging of Solids; W.S. Veeman. Index.
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