Soltents effects on nmr spectra of gases and liquids

Artikel in diesem Heft

1. Preface
2. Opening lecture
3. Multi-site chemical exchange by nmr
4. Fourier transform studies of nuclear spin relaxation
5. Developments in the motional narrowing of the nmr spectra of solids - microscopic and macroscopic
6. 13C nmr spectroscopy: relaxation times of 13C and methods for sensitivity enhancement
7. New spin echo techniques in the earth's magnetic field range
8. Soltents effects on nmr spectra of gases and liquids
9. Nuclear magnetic resonance and nuclear spin symmetry in molecular solid
10. Study of intramolecular motion by nmr of oriented molecules
11. NMR satellites as a probe for chemical investigations
12. NMR studies of paramagnetic molecules
13. Nuclear magnetic ordering
14. Intermolecular nuclear relaxation and molecular pair distribution in liquid mixtures
15. Macroscopic optical coherence phenomena
16. Optical spin polarization in molecular crystals
17. NMR study of induced dielectric alignment in pure and binary liquids
18. ESR linewidths in solution: anomalous behaviour in hydrogen-bonded liquids, anisotropic rotational diffusion and non-diffusional motions
19. Biologically important isotope hybrid compounds in nmr: 1H Fourier transform nmr at unnatural abundance
20. Developments in nmr in liquid crystalline solvents
21. Electron exchange for hydrated ions in the α-NiSO4 6H2O lattice
22. Electric field gradients for spin 3/2 nuclei from nqr measurements
23. Electron spin-lattice relaxation in organic free radicals in solutions
24. Isotropic nmr shifts in the 'solid' and 'liquid' states
25. Spin echoes and Loschmidt's paradox
26. NMR in superconductors
27. NMR study of the electronic structure of solid and liquid metals