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Analytical Sample Preparation With Nano- and Other High-Performance Materials
An overview of advanced sample treatment techniques and the new materials that can be used to boost their performance
Rafael Lucena (Edited by), M. Soledad Cárdenas Aranzana (Edited by)
9780128221396
Paperback, published 22 October 2021
560 pages, Approx. 140 illustrations
22.9 x 15.2 x 3.5 cm, 0.93 kg
"….The book Analytical sample preparation with nano- and other high-performance materials is a well-worth read for all those interested in reducing the environmental impact of their SP methodologies and to newcomers to the SP feld. The book contains up-to-date information on recent miniaturized SP strategies, and on novel materials and liquids used in such strategies." --Analyltical and Bioanalytical Chemistry "The book is of interest to a vast range of readers, from academic researchers (at all lev- els) involved in various fields of analytical chemistry (food, environmental, fuel, biological, etc.) to a plethora of indus- trial, clinical, and official control sectors. The book Analytical sample preparation with nano- and other high-performance materials is a well-worth read for all those interested in reducing the environmental impact of their SP methodologies and to newcomers to the SP field. The book contains up-to-date information on recent miniaturized SP strategies, and on novel materials and liq- uids used in such strategies. The book is timely, considering the fast evolution and radical changes that are characterizing the field of sample preparation (and not only). It also covers a gap considering a comparison with existing literature. A high number of recent references (2021—2018) are reported. In general, I also like the book organization." --Springer
Approx.546 pages
SECTION 1. Analytical sample preparation 1. Sample treatment basics and trends 2. Solid phase extraction, classic and miniaturized techniques 3. Solid phase microextraction 4. Liquid-liquid extraction, classic and unconfined liquid phase microextraction 5. Confined liquid phase microextraction 6. Solid-liquid extraction techniques 7. Sampling-extraction integration techniques 8. Direct coupling of microextraction with instrumental techniques SECTION 2. High performance sorbents 9. Polymeric phases 10. Selectivity enhanced sorbents 11. Carbon nanoparticles 12. Inorganic nanoparticles 13. Reticular materials 14. Composites 15. Monoliths SECTION 3. High performance solvents 16. Ionic liquids 17. Switchable solvents 18. Deep eutectic solvents 19. Supramolecular solvents
Subject Areas: Analytical chemistry [PNF]
