A new method for constructing phase cycles is described. The new schemes apply to experiments involving several consecutive coherence transfer steps. The radiofrequency phases of two or more irradiation blocks are incremented simultaneously, as opposed to the traditional "nested" scheme, in which the block phases are incremented independently. In many cases, the "cogwheel" phase cycles achieve the same selectivity as traditional phase cycles, using fewer steps. Significant time savings are achievable in a wide range of NMR experiments
A method of NMR spectroscopy for achieving selective single-transition-to-single-transition cross-po...
The method for calculating MSPC. (A) Schematic example of stronger (left) and weaker (right) phase c...
A three-pulse sequence was designed to simultaneously acquire intermolecular multiple-quantum cohere...
Cogwheel phase-cycling schemes are applied to sideband suppression and sideband separation experimen...
NMR pulse expts. are described in terms of pathways through various orders of coherence. A general p...
NMR pulse expts. are described in terms of pathways through various orders of coherence. A general p...
The question of whether the phase cycling can still be used to select coherence transfer pathways in...
We discuss a new class of phase cycling procedures, in which a set of individual phase-shifted trans...
We report here an efficient multiple-quantum magic-angle spinning (MQMAS) pulse sequence involving f...
In NMR spectroscopy in an isotropic phase, coherence can be transferred with a single rf pulse betwe...
A generalized pulse pair has been suggested in which the longitudinal spin order is retained and the...
In conventional pulsed magnetic resonance suppression of unwanted signals is achieved by changing pu...
The “universal bound on spin dynamics’’ proposed by Sørensen is examined in detail and shown to be o...
We study multiple-spin coherence transfers in linear Ising spin chains with nearest-neighbor couplin...
We propose a method of phase unwrapping based on residue connectio&1 ', using coherence mea...
A method of NMR spectroscopy for achieving selective single-transition-to-single-transition cross-po...
The method for calculating MSPC. (A) Schematic example of stronger (left) and weaker (right) phase c...
A three-pulse sequence was designed to simultaneously acquire intermolecular multiple-quantum cohere...
Cogwheel phase-cycling schemes are applied to sideband suppression and sideband separation experimen...
NMR pulse expts. are described in terms of pathways through various orders of coherence. A general p...
NMR pulse expts. are described in terms of pathways through various orders of coherence. A general p...
The question of whether the phase cycling can still be used to select coherence transfer pathways in...
We discuss a new class of phase cycling procedures, in which a set of individual phase-shifted trans...
We report here an efficient multiple-quantum magic-angle spinning (MQMAS) pulse sequence involving f...
In NMR spectroscopy in an isotropic phase, coherence can be transferred with a single rf pulse betwe...
A generalized pulse pair has been suggested in which the longitudinal spin order is retained and the...
In conventional pulsed magnetic resonance suppression of unwanted signals is achieved by changing pu...
The “universal bound on spin dynamics’’ proposed by Sørensen is examined in detail and shown to be o...
We study multiple-spin coherence transfers in linear Ising spin chains with nearest-neighbor couplin...
We propose a method of phase unwrapping based on residue connectio&1 ', using coherence mea...
A method of NMR spectroscopy for achieving selective single-transition-to-single-transition cross-po...
The method for calculating MSPC. (A) Schematic example of stronger (left) and weaker (right) phase c...
A three-pulse sequence was designed to simultaneously acquire intermolecular multiple-quantum cohere...