Ion pairs as a theoretical limit case concept at high dilution for equilibrium and transport excess properties

Articles in the same Issue

1. Preface
2. Aspects of structure in ionic solutions
3. Ion pairs as a theoretical limit case concept at high dilution for equilibrium and transport excess properties
4. Properties of dilute electrolyte solutions from calorimetric measurements
5. Computer assisted modelling of reactions and reactivity
6. Excess electrons in nonaqueous solvents
7. Cooperative effect of dπ-electron delocalization in, and H...π type interaction of transition metal complexes with protic solvents
8. X-ray diffraction studies on the structures of cadmium iodide complexes in water and in DMSO solutions
9. Solute-solute interactions in liquid ammonia solutions: a vibrational spectroscopic view
10. Properties of non-aqueous electrolyte solutions in the microwave and far infrared region
11. Special aspects of fluid solutions at high pressures and sub- and supercritical temperatures
12. Properties of amphiphilic electrolytes in nonpolar solvents
13. Chemical equilibrium in molten salt solutions
14. Solvation of ions. Applications to minerals and energy
15. Non-statistical approach to solutions