- eBook ISBN 9780123859259
- Print ISBN 9780123859242
With the ever increasing number of samples to be assayed in agronomical laboratories and servicing stations, fertilizer and food industries, sugar factories, water treatment plants, biomedical laboratories, drug quality control, and environmental research, the interest for automated chemical analysis has been increasing.
In this context, flow analysis is very attractive, as they the flow-based procedures are characterized by enhanced analytical figures of merit. Moreover, the flow analysers do not usually require sophisticated and expensive instrumentation, are amenable to full automation and to miniaturization, and are well suited for in situ analyses.
The tendency to carry out traditional methods of analysis in the flow analyser has becoming more pronounced, especially in relation to large-scale routine analyses. The technology of solution handling has become more and more improved, leading to enhanced strategies for chemical assays. Consequently, different modalities of flow analysis (e.g. SFA, FIA, SIA) have been conceived, developed and applied to solve real problems. Most of the flow-based analytical procedures presently in use, however, do not exploit the full potential of flow analysis.
The main object of the book is then to provide a scientific basis and to familiarise a wide community of researchers, students, technicians, etc with the uses of flow analysis. Emphasis is given to spectrophotometric and luminometric detection, in relation to agronomical, geological, industrial, pharmaceutical and environmental applications.
The book includes historical and theoretical aspects, recent achievements in instrumentation, guidelines for methodology implementation, and applications. It serves also as an applications-oriented text book.
Researchers, students, consultants and practitioners in flow analysis, spectrophotometry, luminescence, flow injection analysis, sequential injection analysis and segmented flow analysis.
1.2. The advent of Flow Analysis
1.3. The development of Flow Analysis
1.4. Main features of Flow Analysis
1.4.1. Sample insertion
1.4.2. Sample dispersion
1.4.3. Reproducible timing
1.4.4. Other attractive features
Transient analytical signal
Low susceptibility to biased results
Improved system design
Appendix 1.1. Important monographs related to Flow Analysis
Appendix 1.2. Journal Special Issues dedicated to Conferences on Flow Analysis
2. Historical view
2.1. Early developments
2.2. Segmented flow analysis
2.3. Flow injection analysis
2.4. Sequential injection analysis
2.4.1. Bead injection analysis
2.5. Multi-commuted flow analysis
2.5.1. Multi-syringe flow injection analysis
2.5.2. Multi-pumping flow analysis
2.6. Other flow systems
2.7. Commutation in flow analysis
2.8. Flow pattern
2.9. Instrument characteristics
3.1. The flowing sample
3.1.1. Flow pattern
22.214.171.124. Flow regime
126.96.36.199. Composition of the flowing stream
188.8.131.52. Temporal variations in flow rates
184.108.40.206. Alterations to the flow pattern
3.1.2. Sample dispersion
220.127.116.11. Dispersion inside a tubular reactor
18.104.22.168. Dispersion inside a mixing chamber
Improved mixing conditions
High sample dispersion
Establishment of fluidized beads
Professor Townshend is a senior editor of Analytica Chimica Acta, and was Editor-in-Chief of the Encyclopedia of Analytical Science (Academic Press, 1985) and the Dictionary of Analytical Reagents (Chapman and Hall, 1993). He was President of the Analytical Division of the Royal Society of Chemistry (RSC) (1996-98) and is currently Chairman of the RSC's Committee for Accreditation and Validation. He serves on the Steering Group of the UK Analytical Partnership and has recently completed a 4-year stint on the Council of the Analytical Chemistry Division of the Federation of European Chemical Societies.
"The book is clearly written and comprehensive. This monograph could be used as a textbook both for advanced courses and for experienced researchers in different fields who would like to obtain detailed information about flow techniques."--Anal Bioanal Chem, 2012, Volume 403