JAMES M. MILLER, PhD, is Emeritus Professor in the Department of Chemistry at Drew University in Madison, New Jersey. He is the coauthor of Basic Gas Chromatography with Harold McNair and coeditor of Analytical Chemistry in a GMP Environment with Jonathan Crowther, both published by Wiley. Dr. Miller is a Fellow of the Charles A. Dana Research Institute for Scientists Emeriti (RISE).

"Of course, I found a few mistakes, but not enough to criticize what is a useful, and, if not unique, at least a satisfying alternative approach to introducing a broad audience to the science, practice, and purpose of chromatography in a global context." (Chromatographia, August 2010) …a practical, hands-on approach…" (CHOICE, July 2005)"…an excellent introduction to all the chromatographic techniques for both the industrial practitioner and the…student because of its unified treatment, its modern approach, and up-to-date references." (Journal of the American Chemical Society, June 29, 2005)"Professor Miller should be congratulated for the book...should be on the shelf of every practicing chromatographer...students taking separations science courses could also use it as their standard textbook." (Chromatographia, February 2005)

• Preface to Second Edition. Acknowledgments.Preface to the First Edition.Symbols, Abbreviations, and Acronyms.1 Impact of Industrial and Government Regulatory Practices on Analytical Chromatography.1.1 Locus of Chromatography in Chemical Industry.1.2 Governmental Organizations.1.3 Nongovernmental Agencies.1.4 Standards, Calibration, and NIST.1.5 USP and Other Pharmacopoeias.1.6 International Guidelines for Analytical Laboratories.1.7 Final Comments.References.2 Introduction to Chromatography.2.1 Brief History.2.2 Definitions and Classifications.2.3 Summary.References.3 Band Broadening and Kinetics.3.1 Configurations of the Stationary Phase.3.2 Rate Theory.References.4 Physical Forces and Interactions.4.1 Intermolecular and Interionic Forces.4.2 Size Exclusion—Molecular Sieving.4.3 Some Models.References.5 Optimization and the Achievement of Separation.5.1 Kinetics and Zone Broadening.5.2 Thermodynamics and Zone Migration.5.2 Achievement of Separation.5.4 Optimization of Separations.References.6 Comparisons Between Chromatographic Modes.6.1 Gas Chromatography Compared to Liquid Chromatography.6.2 Supercritical Fluids and Supercritical Fluid Chromatography.6.3 Reduced Parameters.6.4 Columnar and Planar Configurations.References.7 Gas Chromatography.7.1 Early History, Theories, and Classifications.7.2 Instrumentation for Capillary GC.7.3 Instrumentation for Packed-Column GC.7.4 Stationary Phase.7.5 Temperature Effects.7.6 Special Topics.7.7 Summary and Evaluation.References.8 Liquid Chromatography in Columns.8.1 Introductory Classifications.8.2 Classification of HPLC Modes.8.3 Instrumentation.8.4 Reversed-Phase Method Development and Optimization.8.5 RP-HPLC Alternatives for the Pharmaceutical Industry.8.6 Preparative LC.8.7 Special Topics.8.8 Summary and Evaluation.References.9 Quantitation: Detectors and Methods.9.1 Detectors.9.2 Data Acquisition and Processing.9.3 Quantitative Analysis.References.10 Chromatography with Mass Spectral Detection (GC/MS and LC/MS).10.1 Basics of Mass Spectrometry.10.2 Gas ChromatographyrMass Spectrometry.10.3 Liquid ChromatographyrMass Spectrometry.10.4 Other Hyphenated Methods.10.5 Summary.References.11 Liquid Chromatography on Plane Surfaces.11.1 Paper Chromatography.11.2 Thin-Layer Chromatography.11.3 Other Topics.11.4 Literature Summary and Applications.References.12 Qualitative Analysis.12.1 Retention Parameters.12.2 Other Methods of Qualitative Analysis.References.13 Capillary Electrophoresis and Capillary Electrochromatography 36513.1 Principles of Electrophoresis.13.2 Zone Electrophoresis.13.3 Capillary Electrophoresis.13.4 Capillary Electrochromatography.References.14 Sample Preparation.14.1 Extraction.14.2 Dialysis.14.3 Derivatization.References.15 Special Applications.15.1 Multidimensional Chromatography.15.2 Biological Applications.15.3 Chiral Separations.15.4 Other Topics.References.16 Selection of a Method.16.1 Methods of Attack.16.2 The Internet.16.3 Experimental Approach.16.4 Summary.References.Some Internet Web Sites of Interest to Chromatographers.Appendix A ICH Glossary.Appendix B.Index.

JAMES M. MILLER, PhD, is Emeritus Professor in the Department of Chemistry at Drew University in Madison, New Jersey. He is the coauthor of Basic Gas Chromatography with Harold McNair and coeditor of Analytical Chemistry in a GMP Environment with Jonathan Crowther, both published by Wiley. Dr. Miller is a Fellow of the Charles A. Dana Research Institute for Scientists Emeriti (RISE).

"Of course, I found a few mistakes, but not enough to criticize what is a useful, and, if not unique, at least a satisfying alternative approach to introducing a broad audience to the science, practice, and purpose of chromatography in a global context." (Chromatographia, August 2010) …a practical, hands-on approach…" (CHOICE, July 2005)"…an excellent introduction to all the chromatographic techniques for both the industrial practitioner and the…student because of its unified treatment, its modern approach, and up-to-date references." (Journal of the American Chemical Society, June 29, 2005)"Professor Miller should be congratulated for the book...should be on the shelf of every practicing chromatographer...students taking separations science courses could also use it as their standard textbook." (Chromatographia, February 2005)

• Preface to Second Edition. Acknowledgments.Preface to the First Edition.Symbols, Abbreviations, and Acronyms.1 Impact of Industrial and Government Regulatory Practices on Analytical Chromatography.1.1 Locus of Chromatography in Chemical Industry.1.2 Governmental Organizations.1.3 Nongovernmental Agencies.1.4 Standards, Calibration, and NIST.1.5 USP and Other Pharmacopoeias.1.6 International Guidelines for Analytical Laboratories.1.7 Final Comments.References.2 Introduction to Chromatography.2.1 Brief History.2.2 Definitions and Classifications.2.3 Summary.References.3 Band Broadening and Kinetics.3.1 Configurations of the Stationary Phase.3.2 Rate Theory.References.4 Physical Forces and Interactions.4.1 Intermolecular and Interionic Forces.4.2 Size Exclusion—Molecular Sieving.4.3 Some Models.References.5 Optimization and the Achievement of Separation.5.1 Kinetics and Zone Broadening.5.2 Thermodynamics and Zone Migration.5.2 Achievement of Separation.5.4 Optimization of Separations.References.6 Comparisons Between Chromatographic Modes.6.1 Gas Chromatography Compared to Liquid Chromatography.6.2 Supercritical Fluids and Supercritical Fluid Chromatography.6.3 Reduced Parameters.6.4 Columnar and Planar Configurations.References.7 Gas Chromatography.7.1 Early History, Theories, and Classifications.7.2 Instrumentation for Capillary GC.7.3 Instrumentation for Packed-Column GC.7.4 Stationary Phase.7.5 Temperature Effects.7.6 Special Topics.7.7 Summary and Evaluation.References.8 Liquid Chromatography in Columns.8.1 Introductory Classifications.8.2 Classification of HPLC Modes.8.3 Instrumentation.8.4 Reversed-Phase Method Development and Optimization.8.5 RP-HPLC Alternatives for the Pharmaceutical Industry.8.6 Preparative LC.8.7 Special Topics.8.8 Summary and Evaluation.References.9 Quantitation: Detectors and Methods.9.1 Detectors.9.2 Data Acquisition and Processing.9.3 Quantitative Analysis.References.10 Chromatography with Mass Spectral Detection (GC/MS and LC/MS).10.1 Basics of Mass Spectrometry.10.2 Gas ChromatographyrMass Spectrometry.10.3 Liquid ChromatographyrMass Spectrometry.10.4 Other Hyphenated Methods.10.5 Summary.References.11 Liquid Chromatography on Plane Surfaces.11.1 Paper Chromatography.11.2 Thin-Layer Chromatography.11.3 Other Topics.11.4 Literature Summary and Applications.References.12 Qualitative Analysis.12.1 Retention Parameters.12.2 Other Methods of Qualitative Analysis.References.13 Capillary Electrophoresis and Capillary Electrochromatography 36513.1 Principles of Electrophoresis.13.2 Zone Electrophoresis.13.3 Capillary Electrophoresis.13.4 Capillary Electrochromatography.References.14 Sample Preparation.14.1 Extraction.14.2 Dialysis.14.3 Derivatization.References.15 Special Applications.15.1 Multidimensional Chromatography.15.2 Biological Applications.15.3 Chiral Separations.15.4 Other Topics.References.16 Selection of a Method.16.1 Methods of Attack.16.2 The Internet.16.3 Experimental Approach.16.4 Summary.References.Some Internet Web Sites of Interest to Chromatographers.Appendix A ICH Glossary.Appendix B.Index.

JAMES M. MILLER, PhD, is Emeritus Professor in the Department of Chemistry at Drew University in Madison, New Jersey. He is the coauthor of Basic Gas Chromatography with Harold McNair and coeditor of Analytical Chemistry in a GMP Environment with Jonathan Crowther, both published by Wiley. Dr. Miller is a Fellow of the Charles A. Dana Research Institute for Scientists Emeriti (RISE).

"Of course, I found a few mistakes, but not enough to criticize what is a useful, and, if not unique, at least a satisfying alternative approach to introducing a broad audience to the science, practice, and purpose of chromatography in a global context." (Chromatographia, August 2010) …a practical, hands-on approach…" (CHOICE, July 2005)"…an excellent introduction to all the chromatographic techniques for both the industrial practitioner and the…student because of its unified treatment, its modern approach, and up-to-date references." (Journal of the American Chemical Society, June 29, 2005)"Professor Miller should be congratulated for the book...should be on the shelf of every practicing chromatographer...students taking separations science courses could also use it as their standard textbook." (Chromatographia, February 2005)

• Preface to Second Edition. Acknowledgments.Preface to the First Edition.Symbols, Abbreviations, and Acronyms.1 Impact of Industrial and Government Regulatory Practices on Analytical Chromatography.1.1 Locus of Chromatography in Chemical Industry.1.2 Governmental Organizations.1.3 Nongovernmental Agencies.1.4 Standards, Calibration, and NIST.1.5 USP and Other Pharmacopoeias.1.6 International Guidelines for Analytical Laboratories.1.7 Final Comments.References.2 Introduction to Chromatography.2.1 Brief History.2.2 Definitions and Classifications.2.3 Summary.References.3 Band Broadening and Kinetics.3.1 Configurations of the Stationary Phase.3.2 Rate Theory.References.4 Physical Forces and Interactions.4.1 Intermolecular and Interionic Forces.4.2 Size Exclusion—Molecular Sieving.4.3 Some Models.References.5 Optimization and the Achievement of Separation.5.1 Kinetics and Zone Broadening.5.2 Thermodynamics and Zone Migration.5.2 Achievement of Separation.5.4 Optimization of Separations.References.6 Comparisons Between Chromatographic Modes.6.1 Gas Chromatography Compared to Liquid Chromatography.6.2 Supercritical Fluids and Supercritical Fluid Chromatography.6.3 Reduced Parameters.6.4 Columnar and Planar Configurations.References.7 Gas Chromatography.7.1 Early History, Theories, and Classifications.7.2 Instrumentation for Capillary GC.7.3 Instrumentation for Packed-Column GC.7.4 Stationary Phase.7.5 Temperature Effects.7.6 Special Topics.7.7 Summary and Evaluation.References.8 Liquid Chromatography in Columns.8.1 Introductory Classifications.8.2 Classification of HPLC Modes.8.3 Instrumentation.8.4 Reversed-Phase Method Development and Optimization.8.5 RP-HPLC Alternatives for the Pharmaceutical Industry.8.6 Preparative LC.8.7 Special Topics.8.8 Summary and Evaluation.References.9 Quantitation: Detectors and Methods.9.1 Detectors.9.2 Data Acquisition and Processing.9.3 Quantitative Analysis.References.10 Chromatography with Mass Spectral Detection (GC/MS and LC/MS).10.1 Basics of Mass Spectrometry.10.2 Gas ChromatographyrMass Spectrometry.10.3 Liquid ChromatographyrMass Spectrometry.10.4 Other Hyphenated Methods.10.5 Summary.References.11 Liquid Chromatography on Plane Surfaces.11.1 Paper Chromatography.11.2 Thin-Layer Chromatography.11.3 Other Topics.11.4 Literature Summary and Applications.References.12 Qualitative Analysis.12.1 Retention Parameters.12.2 Other Methods of Qualitative Analysis.References.13 Capillary Electrophoresis and Capillary Electrochromatography 36513.1 Principles of Electrophoresis.13.2 Zone Electrophoresis.13.3 Capillary Electrophoresis.13.4 Capillary Electrochromatography.References.14 Sample Preparation.14.1 Extraction.14.2 Dialysis.14.3 Derivatization.References.15 Special Applications.15.1 Multidimensional Chromatography.15.2 Biological Applications.15.3 Chiral Separations.15.4 Other Topics.References.16 Selection of a Method.16.1 Methods of Attack.16.2 The Internet.16.3 Experimental Approach.16.4 Summary.References.Some Internet Web Sites of Interest to Chromatographers.Appendix A ICH Glossary.Appendix B.Index.