Theoretical and Experimental Studies in Nuclear Magnetic Relaxation

Acta Chem alkyl chains ammonium bromides ammonium chloride aqueous solutions containing assumption central peak Charvolin and Rigny Chem chemical shifts clathrate-like water structure CONTAINING ORGANIC CATIONS counterions coupling constant dependent dipole-dipole interactions average Division of Physical double quantum transitions electrical field gradient et.al form large aggrega Forsén gel phase halide ions halogen ionic nuclei hamiltonian Hertz and Holz hydration hydrophobic ibid increase in relaxation induced by chemical interpretation ion binding isotropic solutions Johansson lamellar phase Larmor frequency Lawson and Flautt laxation Lindblom Lindman liquid crystalline phases Lund lyotropic liquid crystals magnetic relaxation induced mean value micelle NMR methods Nuclear magnetic relaxation nuclear magnetic resonance number of different obtained order quadrupole interaction paper VIII Persson Phys Physical Chemist proton resonance quadrupole coupling quadrupole moment quadrupole splittings relaxation rate resonance line shapes Scand sharp peak spectra spectrum super lorentzian tigations tion rate tonian ween Wennerström