Optimization of Chromatographic Selectivity - 1st Edition - ISBN: 9780444426819, 9780080858388

Optimization of Chromatographic Selectivity, Volume 35

1st Edition

A Guide to Method Development

Authors: P.J. Schoenmakers
eBook ISBN: 9780080858388
Imprint: Elsevier Science
Published Date: 1st August 1986
Page Count: 344
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Table of Contents

1. Introduction. Chromatography. Separation - the column. Resolution. Efficiency. Optimization. Peak capacity. Method development. 2. Selection of Methods. Classification of chromatographic techniques. Selection of chromatographic methods. Characterization and classification methods. 3. Parameters Affecting Selectivity. GC. LC. Separation of ions in LC. Supercritical fluid chromatography. Classification of parameters. 4. Optimization Criteria. Introduction. Elemental criteria. Chromatograms. Composite criteria. Recommended criteria for the general case. Specific problems. 5. Optimization Procedures. Introduction. Simultaneous methods without solute recognition. The simplex method. Reduction of the parameter space. Interpretive methods. Peak assignment and recognition. Summary. 6. Programmed Analysis. The application of programmed analysis. Parameters affecting selectivity in programmed analysis. Optimization of programmed analysis. 7. System Optimization. Introduction. Efficiency optimization. Sensitivity optimization. Instrument optimization. List of symbols and abbreviations. Author Index. Subject Index. (All chapters include references).


This is the first detailed description of method development in chromatography - the overall process of which may be summarized as: method selection, phase selection, selectivity optimization, and system optimization. All four aspects receive attention in this book.

Chapter 1 gives a short introduction, describes chromatographic theory and nomenclature, and outlines the method development process. Chapter 2 describes guidelines for method selection, and quantitative concepts for characterizing and classifying chromatographic phases. Selective separation methods, from both gas and liquid chromatography are given in Chapter 3; the main parameters of each method are identified and simple, quantitative relations are sought to describe their effects. Criteria by which to judge the quality of separation are discussed in Chapter 4 with clear recommendations for different situations. The specific problems involved in the optimization of chromatographic selectivity are explained in Chapter 5. Optimization procedures, illustrated by examples, are extensively described and compared on the basis of a number of criteria. Suggestions are made both for the application of different procedures and for further research. The optimization of programmed analysis receives special attention in Chapter 6, and the last chapter summarizes the optimization of the chromatographic system, including the optimization of the efficiency, sensitivity and instrumentation.

Those involved in developing chromatographic methods or wishing to improve existing methods will value the detailed, structured way in which the subject is presented. Because optimization procedures and criteria are described as elements of a complete optimization package, the book will help the reader to understand, evaluate and select current and future commercial systems.


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© Elsevier Science 1986
Elsevier Science
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@qu:The contents of this book have been put together with great expertise and care, and represent an authoritative review of this very timely topic... highly recommended to practising analytical chemists and to advanced students. @source:Journal of Chromatography

About the Authors

P.J. Schoenmakers Author

Affiliations and Expertise

Koninklijke/Shell Laboratorium Amsterdam, Amsterdam, The Netherlands