Ion Chromatography
Elsevier (Publisher)
Published on 16. July 1990
775 pages
978-0-08-085853-1 (ISBN)
Description
Ion Chromatography
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Ion Chromatography: Volume 46
Principles and Applications
Book
07/1990
Elsevier
€54.46
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Content
- Front Cover
- Ion Chromatography: Principles and Applications
- Preface
- Short Contents
- Full Contents
- Chapter 1. Introduction
- 1.1 BACKGROUND TO ION CHROMATOGRAPHY
- 1.2 WHAT IS ION CHROMATOGRAPHY?
- 1.3 ORGANIZATION OF THIS BOOK
- 1.4 SOME FUNDAMENTAL CHROMATOGRAPHIC CONCEPTS
- 1.5 REFERENCES
- PART I: ION-EXCHANGE SEPARATION METHODS
- Chapter 2 An Introduction to Ion-Exchange Methods
- 2.1 INTRODUCTION TO ION-EXCHANGE
- 2.2 CLASSIFICATION OF ION CHROMATOGRAPHIC METHODS EMPLOYING ION-EXCHANGE SEPARATION
- 2.3 REFERENCES
- Chapter 3 Ion-Exchange Stationary Phases for Ion Chromatography
- 3.1 INTRODUCTION
- 3.2 SILICA-BASED ION-EXCHANGE MATERIALS
- 3.3 RESIN-BASED ION-EXCHANGERS
- 3.4 AGGLOMERATED ION-EXCHANGE RESINS
- 3.5 HYDROUS OXIDE ION-EXCHANGERS
- 3.6 SIMULTANEOUS SEPARATION OF ANIONS AND CATIONS
- 3.7 REFERENCES
- Chapfer 4 Eluents for Ion-Exchange Separations
- 4.1 INTRODUCTION
- 4.2 ELUENT CHARACTERISTICS
- 4.3 ELUENTS FOR NON-SUPPRESSED ION CHROMATOGRAPHY
- 4.4 ELUENTS FOR SUPPRESSED ION CHROMATOGRAPHY
- 4.5 GRADIENT ELUTION IN ION-EXCHANGE SEPARATIONS
- 4.6 EXTRANEOUS (SYSTEM) PEAKS IN ION-EXCHANGE IC
- 4.7 REFERENCES
- Chapter 5 Retention Models f o r Ion-Exchange
- 5.1 INTRODUCTlON
- 5.2 RETENTION MODELS FOR ANION-EXCHANGE
- 5.3 RETENTION MODELS FOR CATION-EXCHANGE
- 5.4 REFERENCES
- PART II ION-INTERACTION, ION-EXCLUSION AND MISCELLANEOUS SEPARATION METHODS
- Chapter 6 Ion-Interaction Chromatography
- 6.1 INTRODUCTlON
- 6.2 MECHANISM
- 6.3 STATIONARY PHASES AND ELUENTS
- 6.4 RETENTION MODELS FOR DYNAMIC COATING ION-INTERACTION CHROMATOGRAPHY
- 6.5 APPLICATIONS
- 6.6 REFERENCES
- Chapter 7 Ion-Exclusion Chromatography
- 7.1 INTRODUCTlON
- 7.2 STATIONARY PHASES
- 7.3 ELUENTS
- 7.4 FACTORS INFLUENCING RETENTION IN ION-EXCLUSION CHROMATOGRAPHY
- 7.5 RETENTION MODEL FOR ION-EXCLUSION CHROMATOGRAPHY
- 7.6 APPLICATIONS OF ION-EXCLUSION CHROMATOGRAPHY
- 7.7 REFERENCES
- Chapter 8 Miscellaneous Separation Methods
- 8.1 INTRODUCTION
- 8.2 REVERSED-PHASE LIQUID CHROMATOGRAPHY
- 8.3 CHELATING STATIONARY PHASES
- 8.4 MICELLE EXCLUSION CHROMATOGRAPHY
- 8.5 REFERENCES
- PART III DETECTION METHODS
- Chapter 9 Conductivity Detection
- 9.1 INTRODUCTION
- 9.2 PRINCIPLES OF CONDUCTIVITY DETECTION
- 9.3 MODES OF CONDUCTIVITY DETECTION
- 9.4 ELECTRONIC CIRCUITRY AND CELL DESIGN FOR CONDUCTIVITY DETECTION
- 9.5 SUPPRESSORS IN IC
- 9.6 PERFORMANCE CHARACTERISTICS OF CONDUCTIVITY DETECTORS
- 9.7 APPLICATIONS OF CONDUCTIVITY DETECTION IN IC
- 9.8 REFERENCES
- Chapter 10 Electrochemical Detection (Amperometry, Voltammetry and Coulometry)
- 10.1 INTRODUCTlON
- 10.2 MODES OF OPERATION OF ELECTROCHEMICAL DETECTORS
- 10.3 ELECTRODES FOR AMPEROMETRIC DETECTION
- 10.4 FLOW-CELL DESIGN AND RESPONSE EQUATIONS
- 10.5 APPLICATIONS OF ELECTROCHEMICAL DETECTION
- 10.6 REFERENCES
- Chapter 11 Potentiometric Detection
- 1 1.1 INTRODUCTION
- 1 1.2 PRINCIPLES OF POTENTIOMETRIC DETECTION
- 1 1.3 INDICATOR ELECTRODES AND RESPONSE PROFILES
- 1 1.4 FLOW-CELLS FOR POTENTIOMETRIC DETECTION
- 1 1.5 APPLICATIONS OF POTENTIOMETRIC DETECTION IN IC
- 11.6 REFERENCES
- Chapter 12 Spectroscopic Detection Methods
- 12.1 INTRODUCTION
- 12.2 UV-VISIBLE SPECTROPHOTOMETRIC DETECTION IN IC METHODS USING ION-EXCHANGE SEPARATIONS
- 12.3 SPECTROPHOTOMETRIC DETECTION IN IC METHODS USING ION-INTERACTION SEPARATIONS
- 12.4 SPECTROPHOTOMETRIC DETECTION IN IC METHODS USING ION-EXCLUSION SEPARATIONS
- 12.5 REFRACTIVE INDEX DEECTION
- 12.6 PHOTOLUMINESCENCE DETECTION IN IC
- 12.7 ATOMIC SPECTROSCOPIC DETECTION IN IC
- 12.8 REFERENCES
- Chapter 13 Detection by Post-Column Reaction
- 1 3.1 INTRODUCTION
- 13.2 HARDWARE FOR POST-COLUMN REACTTON
- 13.3 PCR DETECTION OF INORGANIC ANIONS
- 13.4 PCR DETECTION OF INORGANIC CATIONS
- 13.5 PCR DETECTION OF ORGANIC SPECIES
- 13.6 REFERENCES
- PART IV PRACTICAL ASPECTS
- Chapter 14 Sample Handling in Ion Chromatography
- 14.1 INTRODUCTION
- 14.2 SAMPLE COLLECTION PROCEDURES
- 14.3 EXTRACTION OF IONIC SPECIES FROM SAMPLES
- 14.4 SAMPLE CLEANUP METHODS
- 14.5 CONTAMINATION EFFECTS
- 14.6 SAMPLE HANDLING FOR ULTRA-TRACE ANALYSIS
- 14.7 MATRIX ELIMINATION METHODS
- 14.8 REFERENCES
- Chapter 15 Methods Development
- 15.1 INTRODUCTION
- 15.2 SELECTION OF APPROPRIATE CHROMATOGRAPHIC PARAMETERS
- 15.3 OPTlMlZATION OF THE ELUENT COMPOSITION
- 15.4 MULTI-DIMENSIONAL (COUPLED) IC METHODS
- 15.5 AUTOMATION IN IC
- 1 5.6 REFERENCES
- PART V APPLICATIONS OF ION CHROMATOGRAPHY
- Overview of the Applications Section
- Chapter 16 Environmental Applications
- 16.1 OVERVIEW
- 16.2 REFERENCES
- Chapter 17 Industrial Applications
- 17.1 OVERVIEW
- 17.2 REFERENCES
- Chapter 18 Analysis of Foods and Plants
- 18.1 OVERVIEW
- 18.2 REFERENCES
- Chapter 19 Clinical and Pharmaceutical Applications
- 19.1 OVERVIEW
- 19.2 REFERENCES
- Chapter 20 Analysis of Metals and Metallurgical Solutions
- 20.1 OVERVIEW
- 20.2 REFERENCES
- Chapter 21 Analysis of Treated Waters
- 21.1 OVERVIEW
- 21.2 REFERENCES
- Chapter 22 Miscellaneous Applications
- 22.1 OVERVIEW
- 22.2 REFERENCES
- Appendix A. Statistical Information on Ion Chromatography Publications
- Appendix B. Abbreviations and Symbols
- Index
- Journal of Chromatography Library (other volumes in the Series )
