Even though electrophoretic NMR (eNMR) experiments may provide unique chemical information and have been performed for three decades, the technique is still rarely applied, mainly because several experimental sources of artifacts have to be controlled to achieve accurate results. In this thesis, new experimental setups and protocols for accurate and precise eNMR experiments are presented. These include a novel eNMR sample cell, a radiofrequency filter and methods to suppress bulk flow effects. These developments improved the signal-to-noise ratio by roughly an order of magnitude compared to the U-tube setup previously used for eNMR. Convection-compensated pulse sequences in combination with a phase correction method were found to efficientl...
The aim of this thesis has been to investigate self-diffusion behavior of host-guest complex, microe...
Gradient based nuclear magnetic resonance spectroscopy provides a convenient method to determine sel...
Electrophoretic NMR (eNMR) is emerging as a powerful technique for characterizing ion transport in e...
NMR experiments performed under the effect of electric fields, either continuous or pulsed, can prov...
Specific ion effects, identified for more than hundred years, play an important role in a wide range...
Specific ion effects, identified for more than hundred years, play an important role in a wide range...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
The results of NMR, and especially pulsed field gradient NMR (PFG NMR) investigations, are summarize...
NMR diffusion measurements (or dNMR) provide a powerful tool for analysis of solution organization a...
In order to guide the development of innovative materials and their applications, a better understan...
The work presented in this thesis may be conveniently divided into three sections. Firstly the devel...
Pulsed gradient spin-echo (PGSE) diffusion and Overhauser NMR data together with density functional ...
The aim of this thesis has been to investigate self-diffusion behavior of host-guest complex, microe...
Gradient based nuclear magnetic resonance spectroscopy provides a convenient method to determine sel...
Electrophoretic NMR (eNMR) is emerging as a powerful technique for characterizing ion transport in e...
NMR experiments performed under the effect of electric fields, either continuous or pulsed, can prov...
Specific ion effects, identified for more than hundred years, play an important role in a wide range...
Specific ion effects, identified for more than hundred years, play an important role in a wide range...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
The results of NMR, and especially pulsed field gradient NMR (PFG NMR) investigations, are summarize...
NMR diffusion measurements (or dNMR) provide a powerful tool for analysis of solution organization a...
In order to guide the development of innovative materials and their applications, a better understan...
The work presented in this thesis may be conveniently divided into three sections. Firstly the devel...
Pulsed gradient spin-echo (PGSE) diffusion and Overhauser NMR data together with density functional ...
The aim of this thesis has been to investigate self-diffusion behavior of host-guest complex, microe...
Gradient based nuclear magnetic resonance spectroscopy provides a convenient method to determine sel...
Electrophoretic NMR (eNMR) is emerging as a powerful technique for characterizing ion transport in e...