1H nuclear magnetic resonance was employed to study the proton dynamics in SnCl4·5H2O, which comprises two coordi-nated and three uncoordinated crystalline water molecules in each unit cell. Two types of proton sites were distinguished dynamically as well as structurally. In particular, only one of them was shown to undergo an apparent order–disorder phas
The NMR spectrum is determined by interaction of resonating nuclei between the particles of the subs...
The relations between 1H and 31P nuclei are investigated by multinuclear and multidimensional nuclea...
The dynamic properties of water and ammonia within the channels of VPI-5 and AlPO_4-5 were studied b...
Nuclear magnetic resonance experiments, together with molecular dynamics simulations and NMR calcula...
A total of 174 NMR Proton Relaxation time experiments were performed over a period of 20 years using...
In the perchloric acid clathrate hydrate HClO4 5.5H2O, the perchlorate anions are contained inside...
The importance of studying site-specific interactions of structurally similar water molecules in com...
By a pulsed nuclear magnetic resonance study we confirm in this work the dynamical disorder of the H...
Proton magnetic resonance (pmr) has proved to be a useful technique for following the behavior of wa...
Abstract: The structural phase transition of Cs2MnCl4·2H2O single crystals was investigated by deter...
The proton second moment M2 and spin-lattice relaxation time T1 have been measured in ammonium tribr...
New symmetry-adapted autocorrelation functions are used in the theoretical description of the nuclea...
Nuclear magnetic resonance (NMR) of protons of crystrallization water in isomorphous paramagnetic mo...
We report on a single-crystal deuteron nuclear magnetic resonance (NMR) spectroscopy study of the lo...
The electric field gradient tensor (considered here at the level of a nitrogen nucleus) can be descr...
The NMR spectrum is determined by interaction of resonating nuclei between the particles of the subs...
The relations between 1H and 31P nuclei are investigated by multinuclear and multidimensional nuclea...
The dynamic properties of water and ammonia within the channels of VPI-5 and AlPO_4-5 were studied b...
Nuclear magnetic resonance experiments, together with molecular dynamics simulations and NMR calcula...
A total of 174 NMR Proton Relaxation time experiments were performed over a period of 20 years using...
In the perchloric acid clathrate hydrate HClO4 5.5H2O, the perchlorate anions are contained inside...
The importance of studying site-specific interactions of structurally similar water molecules in com...
By a pulsed nuclear magnetic resonance study we confirm in this work the dynamical disorder of the H...
Proton magnetic resonance (pmr) has proved to be a useful technique for following the behavior of wa...
Abstract: The structural phase transition of Cs2MnCl4·2H2O single crystals was investigated by deter...
The proton second moment M2 and spin-lattice relaxation time T1 have been measured in ammonium tribr...
New symmetry-adapted autocorrelation functions are used in the theoretical description of the nuclea...
Nuclear magnetic resonance (NMR) of protons of crystrallization water in isomorphous paramagnetic mo...
We report on a single-crystal deuteron nuclear magnetic resonance (NMR) spectroscopy study of the lo...
The electric field gradient tensor (considered here at the level of a nitrogen nucleus) can be descr...
The NMR spectrum is determined by interaction of resonating nuclei between the particles of the subs...
The relations between 1H and 31P nuclei are investigated by multinuclear and multidimensional nuclea...
The dynamic properties of water and ammonia within the channels of VPI-5 and AlPO_4-5 were studied b...