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Informationen zum Autor Dana W. Mayo is the Charles Weston Pickard Research Professor of Chemistry at Bowdoin College. Foil A. Miller is Professor Emeritus and former director of the Spectroscopy Laboratory at the University of Pittsburgh. Robert W. Hannah is the former director of research for the Instrument Group at Perkin-Elmer. Klappentext The only resource to provide comprehensive instructor's notes-complete with classroom-proven exercises-from the influential Bowdoin College Summer IR CourseFor over half a century, the immensely popular MIT/Bowdoin College summer course on infrared spectroscopy-cofounded by Foil Miller in 1950, and taught by Dana Mayo since 1959 and Robert Hannah since 1962-has been the only continuously conducted summer course on its subject. This world-renowned short course has had a major impact on the application of IR spectroscopy, providing thousands of practitioners and academics with the knowledge they need to successfully interpret IR spectra, identify materials more rapidly, and successfully solve spectral problems encountered in the real world.Course Notes on the Interpretation of Infrared and Raman Spectra brings the notes and exercises from this influential course to a wider audience. A unique combination of instructional text and invaluable reference, the book approaches its subject in a deep and rigorous fashion while incorporating exercises throughout to reinforce and enhance knowledge and understanding of IR spectroscopy. Coverage includes:* Exercises for actively incorporating basic data into interpretive strategies* Chapters covering comparison of data, sample handling in the IR region, strategies for obtaining data from samples that are mixtures of materials,and more* Fascinating background information on the MIT/Bowdoin courseCourse Notes on the Interpretation of Infrared and Raman Spectra provides today's most authoritative insights into the use of IR spectroscopy for accurately interpreting the vibrational spectra of complex molecules. Detailed and well developed, it fills a significant void in the existing infrared literature. Zusammenfassung Feste, flüssige oder Dampfphase, reiner Stoff oder Lösung: Die IR-Spektroskopie ist mittlerweile auf Proben aller Art anwendbar, und die Probenmenge darf im Pikogrammbereich liegen. Wie man insbesondere IR- und Raman-Spektren großer Moleküle auswertet und interpretiert, zeigt dieses in seiner Art einmalige Werk, das als Arbeitsanleitung und Nachschlagewerk gleichermaßen geeignet ist. An vielen Beispielen kann der Leser sich in der Interpretation von Spektren üben. Im Anhang findet sich eine ausführliche Bibliographie, ansprechend geordnet nach 14 Spezialgebieten. Inhaltsverzeichnis Foreword. Preface. 1. Introduction (Foil A. Miller). 2. Characteristic Frequencies of Alkanes (Dana W. Mayo). 3. Characteristic Frequencies of Alkenes (Olefins) (Foil A. Miller). 4. Characteristic Frequencies of Molecules with Triple Bonds and Cumulated Double Bonds (Robert W. Hannah and Foil A. Miller). 5. Characteristic Frequencies of Aromatic Compounds (Group Frequencies of Arenes) (Dana W. Mayo). INTRODUCTION TO EXERCISES. EXERCISE SECTION I. 6. Spectra of X-H Systems (With Emphasis on O-H and N-H Groups) (Foil A. Miller). 7. Spectra of Carbonyl Compounds of All Kinds (Factors Affecting Carbonyl Group Frequencies) (Dana W. Mayo). 8. Amides, Carboxylate Ion, and C-O Single Bonds (Foil A. Miller). 9. Groups Containing N=O Bonds, or Si, P, S, or Halogen Atoms (Robert W. Hannah). EXERCISE SECTION II. 10. Infrared Spectra of Polymers: Introduction (Robert W. Hannah and Dana W. Mayo). 11. Infrared Spectra of Inorganic Materials (Foil A. Miller). 12. Survey of Infrared and Raman Group Frequencies (Dana W. Mayo). EXERCISE SECTION III. 13. Sample-Handling Techniques (Robert W. Hannah).
