Influence of the structure of the matrix on the properties of ion exchangers

Articles in the same Issue

1. Technical evolution in the clinical laboratory
2. Automation in clinical chemistry: current successes and trends for the future
3. Report of the symposium on solid phase chemistry
4. Multipoint regression data-processing methods applied to nonlinear kinetic data
5. Automation and mechanization in clinical microbiology
6. Instruments for developing countries and for operation in difficult circumstances
7. Automation in haematology-present and future trends
8. Computers in the modern clinical laboratory: interfacing and sample identification
9. Instrumentation for bedside information - progress and challenges
10. Selective polymer complexons prearranged for metal ions sorption
11. Selective binding to polymers via covalent bonds. The construction of chiral cavities as specific receptor sites
12. Influence of the structure of the matrix on the properties of ion exchangers
13. Preparation and application of polymers with cyclic polyether anchor groups
14. Binding of solutes to poly(vinylbenzocrown ether)s and poly(vinylbenzoglyme)s in aqueous media
15. N-(o-carboxybenzyl) chitosan, N-carboxymethyl chitosan and dithiocarbamate chitosan: new chelating derivatives of chitosan
16. Chelating ion exchangers - the synthesis and uses of poly(hydroxamic acid) resins
17. Chiral chelating resins in chromatography of optical isomers
18. Sorption of organic substances by ion exchangers of various nature
19. Polymeric separation media: binding of α,β-unsaturated carbonyl compounds to insoluble resins through Michael additions or chelation of derivatives
20. Reporting experimental pressure-area data with film balances (Provisional)
21. Reporting physisorption data for gas/solid systems with special reference to the determination of surface area and porosity (Provisional)
22. Physicochemical data for some selected mycotoxins