A generalized pulse pair has been suggested in which the longitudinal spin order is retained and the transverse components cancelled by random variation of the interval between pulses, in successive applications of the two-dimensional NMR algorithm. This method leads to pure phases and has been exploited to provide a simpler scheme for two-spin filtering and for pure phase spectroscopy in multiple-quantum-filtered two-dimensional NMR experiments
We describe an NMR method to generate singlet order in spin pairs from longitudinal spin magnetizati...
A new non-Fourier data processing algorithm, the filter diago-nalization method (FDM), is presented ...
In solid-state NMR, recoupling sequences are often used as the mixing elements of two-dimensional pu...
A generalized pulse pair has been suggested in which the longitudinal spin order is retained and the...
Conventionally two-dimensional NMR spectra are recorded in the absolute-intensity mode (1-4). It has...
Conventionally two-dimensional NMR spectra are recorded in the absolute-intensity mode (1-4). It has...
New 2-dimensional NMR correlation methods are presented which allow one to obtain selected high-reso...
NMR pulse expts. are described in terms of pathways through various orders of coherence. A general p...
In NMR spectroscopy in an isotropic phase, coherence can be transferred with a single rf pulse betwe...
NMR pulse expts. are described in terms of pathways through various orders of coherence. A general p...
[[abstract]]Three methods for two-dimensional correlation nuclear magnetic resonance spectroscopy at...
[[abstract]]Three methods for two-dimensional correlation nuclear magnetic resonance spectroscopy at...
In this paper, signals originating from a pure specific coherence of intermolecular three-spin order...
In recent years, the recording of phase-sensitive two-dimensional NMR spectra has become increasingl...
We discuss a new class of phase cycling procedures, in which a set of individual phase-shifted trans...
We describe an NMR method to generate singlet order in spin pairs from longitudinal spin magnetizati...
A new non-Fourier data processing algorithm, the filter diago-nalization method (FDM), is presented ...
In solid-state NMR, recoupling sequences are often used as the mixing elements of two-dimensional pu...
A generalized pulse pair has been suggested in which the longitudinal spin order is retained and the...
Conventionally two-dimensional NMR spectra are recorded in the absolute-intensity mode (1-4). It has...
Conventionally two-dimensional NMR spectra are recorded in the absolute-intensity mode (1-4). It has...
New 2-dimensional NMR correlation methods are presented which allow one to obtain selected high-reso...
NMR pulse expts. are described in terms of pathways through various orders of coherence. A general p...
In NMR spectroscopy in an isotropic phase, coherence can be transferred with a single rf pulse betwe...
NMR pulse expts. are described in terms of pathways through various orders of coherence. A general p...
[[abstract]]Three methods for two-dimensional correlation nuclear magnetic resonance spectroscopy at...
[[abstract]]Three methods for two-dimensional correlation nuclear magnetic resonance spectroscopy at...
In this paper, signals originating from a pure specific coherence of intermolecular three-spin order...
In recent years, the recording of phase-sensitive two-dimensional NMR spectra has become increasingl...
We discuss a new class of phase cycling procedures, in which a set of individual phase-shifted trans...
We describe an NMR method to generate singlet order in spin pairs from longitudinal spin magnetizati...
A new non-Fourier data processing algorithm, the filter diago-nalization method (FDM), is presented ...
In solid-state NMR, recoupling sequences are often used as the mixing elements of two-dimensional pu...