Polymer/liquid crystal composite membranes: a new membrane system for crown-mediated ion transport

Artikel in diesem Heft

1. Preface
2. The productive scientific career of Charles J. Pedersen supplemented by an account of the discovery of 'crown ethers'
3. Quantitative description of macrocycle-mediated cation separations in liquid membranes and on silica gel as a function of system parameters
4. Lariat ethers: from cation complexation to supramolecular assemblies
5. Conception and birth of new receptor chemistry from dibenzo-18-crown-6
6. Synthesis of perfluoro crown ethers: a new class of cyclic fluorocarbons
7. Role of preorganization in host-guest-chemistry
8. Conformational and complexational characteristics of calixarenes
9. Kinetics and mechanism of the hydrolysis of functional groups in the side-chain of macrocyclic Cu2+-complexes
10. Redox properties of tetraaza-macrocycles of iron, ruthenium and osmium
11. Use of macrocyclic polythiaether ligands in structure-reactivity studies of copper (II)/(I)
12. 1,4,7-Triazacyclononane and N,N'N''-trimethyl-1,4,7-triazacyclononane - two versatile macrocycles for the synthesis of monomeric and oligomeric metal complexes
13. Macrocyclic complexes of the platinum metals
14. Large polyazacycloalkanes: ligational properties and anion coordination chemistry
15. Artificial receptors for biologically active molecules
16. Functionalization of crown ethers: an approach to the enzyme model for peptide synthesis
17. Macrocyclic catechol-containing ligands
18. Inclusion behaviour of azacyclophanes holding various hydrophobic cavities
19. Metallomacrocycles: novel amphoteric macrocycles with metal ions and traditional Lewis bases as binding sites
20. Axial ligation to low spin iron(II) macrocycles: inorganic and biomimetic applications
21. Design features of ionophores for ion selective electrodes
22. Polymer/liquid crystal composite membranes: a new membrane system for crown-mediated ion transport
23. Artificial allosteric systems