Preface |
Foreword |
Introduction / 1: |
General / 1.1: |
The Advent of Flow Analysis / 1.2: |
The Development of Flow Analysis / 1.3: |
Main Features of Flow Analysis / 1.4: |
Aims and Scope of the Monograph / 1.5: |
References |
Important Monographs Related to Flow Analysis / Appendix 1.1: |
Journal Special Issues Dedicated to Conferences on Flow Analysis / Appendix 1.2: |
Historical View / 2: |
Early Developments / 2.1: |
Segmented Flow Analysis / 2.2: |
Flow Injection Analysis / 2.3: |
Sequential Injection Analysis / 2.4: |
Multi-commuted Flow Analysis / 2.5: |
Other Flow Systems / 2.6: |
Commutation in Flow Analysis / 2.7: |
Flow Pattern / 2.8: |
Instrument Characteristics / 2.9: |
Trends / 2.10: |
Fundamentals / 3: |
The Flowing Sample / 3.1: |
System Configurations / 3.2: |
The Detector Response / 3.3: |
Interaction of Radiation with the Flowing Sample / 4: |
The Schlieren Effect / 4.1: |
Presence of Immiscible Phases / 4.3: |
Flow Analysers / 5: |
The Segmented Flow Analyser / 5.1: |
The Flow Injection Analyser / 5.2: |
The Sequential Injection Analyser / 5.3: |
The Multi-Commuted Flow Analyser / 5.4: |
Other Flow Analysers / 5.5: |
Describing a Flow Analyser / 5.6: |
Instrumentation / 6: |
Fluid Propulsion / 6.1: |
Sample Handling / 6.2: |
Detection and Data Processing / 6.3: |
Miniaturisation of the Flow System / 6.4: |
Special Strategies for Flow Manipulation / 7: |
Merging Zones / 7.1: |
Zone Sampling / 7.2: |
Stream Splitting / 7.3: |
Zone Splitting / 7.4: |
Sample Incubation / 7.5: |
Multi-detection / 7.6: |
Final Remarks / 7.7: |
Sampling / 8: |
Sample Dilution / 8.2: |
Reagent Additions / 8.3: |
Sample Treatment / 8.4: |
Analyte Separation/Concentration / 8.5: |
Measurement Strategies / 8.6: |
Expert Flow Systems / 8.7: |
Flow Methods as Teaching Tools / 8.8: |
Future Trends / 9: |
Index |