Ion chromatography : principles and applications
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Bibliographic Information
Ion chromatography : principles and applications
（Journal of chromatography library, v. 46）
Elsevier , Distributors for the U.S. and Canada, Elsevier Science Pub. Co., 1990
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Includes bibliographical references and index
Description and Table of Contents
Description
Ion chromatography (IC) was first introduced in 1975 for the determination of inorganic anions and cations and water soluble organic acids and bases. Since then, the technique has grown in usage at a phenomenal rate. The growth of IC has been accompanied by a blurring of the original definition of the technique, so that it now embraces a very wide range of separation and detection methods, many of which bear little resemblance to the initial concept of ion-exchange separation coupled with conductivity detection. Ion Chromatography is the first book to provide a comprehensive treatise on all aspects of ion chromatography. Ion-exchange, ion-interaction, ion-exclusion and other pertinent separation modes are included, whilst the detection methods discussed include conductivity, amperometry, potentiometry, spectroscopic methods (both molecular and atomic) and post column reactions. The theoretical background and operating principles of each separation and detection mode are discussed in detail. A unique extensive compilation of practical applications of IC (environmental, industrial, foods and plants, clinical and pharmaceutical, metals and metallurgical solutions, treated waters, etc.) with 1250 literature citations, is presented in tabular form.
All relevant details of each application are given to accommodate reproduction of the method in the laboratory without access to the original publication. This truly comprehensive text on ion chromatography should prove to be the standard reference work for researchers and those involved in the use of the subject in practical situations.
Table of Contents
Chapter 1. Introduction. PART I. Ion-Exchange Separation Methods. Chapter 2. An introduction to ion-exchange methods. Chapter 3. Ion-exchange stationary phases for ion chromatography. Chapter 4. Eluents for ion-exchange separations. Chapter 5. Retention models for ion-exchange. PART II. Ion-Interaction, Ion-Exclusion and Miscellaneous Separation Methods. Chapter 6. Ion-interaction chromatography. Chapter 7. Ion-exclusion chromatography. Chapter 8. Miscellaneous separation methods. PART III. Detection Methods. Chapter 9. Conductivity detection. Chapter 10. Electrochemical detection (amperometry, voltammetry and coulometry). Chapter 11. Potentiometric detection. Chapter 12. Spectroscopic detection methods. Chapter 13. Detection by post-column reaction. PART IV. Practical Aspects. Chapter 14. Sample handling in ion chromatography. Chapter 15. Methods development. PART V. Applications of Ion Chromatography. Overview of the applications section. Chapter 16. Environmental applications. Chapter 17. Industrial applications. Chapter 18. Analysis of foods and plants. Chapter 19. Clinical and pharmaceutical applications. Chapter 20. Analysis of metals and metallurgical solutions. Chapter 21. Analysis of treated waters. Chapter 22. Miscellaneous applications. Appendix A. Statistical information on ion chromatography publications. Appendix B. Abbreviations and symbols. Index.
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