We discuss a new class of phase cycling procedures, in which a set of individual phase-shifted transients are stored separately in the computer and processed afterwards to yield the separated NMR signals from two or more coherence transfer pathways. In the case of two-dimensional double-quantum spectroscopy, this multiplex acquisition procedure allows the acquisition of pure-absorption spectra in only 62.5% of the time needed by previous methods
Novel 2D and 3D pulse sequences producing images through the phase encoding of intermolecular multip...
International audienceWe introduce a generalized version of phase retrieval called multiplexed phase...
A new approach to combining cross-polarization with multiple-quantum MAS in a two-dimensional NMR ex...
Although the inherent sensitivity of ID and 2D NMR spectroscopy is not very different ( 1) , the min...
A generalized pulse pair has been suggested in which the longitudinal spin order is retained and the...
A new method for constructing phase cycles is described. The new schemes apply to experiments involv...
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...
Some two-dimensional experiments suffer from ‘phase problems', meaning that instead of resulting wit...
New 2-dimensional NMR correlation methods are presented which allow one to obtain selected high-reso...
A three-dimensional multiple-quantum NMR experiment that produces individual spectra of all quantum ...
In this paper we describe a new technique for the generation of multiple pulse phase coherent sequen...
A three-pulse sequence was designed to simultaneously acquire intermolecular multiple-quantum cohere...
In recent years, high-resolution NMR Spectroscopy has undergone a tremendous growth with the additio...
Novel 2D and 3D pulse sequences producing images through the phase encoding of intermolecular multip...
Novel 2D and 3D pulse sequences producing images through the phase encoding of intermolecular multip...
International audienceWe introduce a generalized version of phase retrieval called multiplexed phase...
A new approach to combining cross-polarization with multiple-quantum MAS in a two-dimensional NMR ex...
Although the inherent sensitivity of ID and 2D NMR spectroscopy is not very different ( 1) , the min...
A generalized pulse pair has been suggested in which the longitudinal spin order is retained and the...
A new method for constructing phase cycles is described. The new schemes apply to experiments involv...
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...
Some two-dimensional experiments suffer from ‘phase problems', meaning that instead of resulting wit...
New 2-dimensional NMR correlation methods are presented which allow one to obtain selected high-reso...
A three-dimensional multiple-quantum NMR experiment that produces individual spectra of all quantum ...
In this paper we describe a new technique for the generation of multiple pulse phase coherent sequen...
A three-pulse sequence was designed to simultaneously acquire intermolecular multiple-quantum cohere...
In recent years, high-resolution NMR Spectroscopy has undergone a tremendous growth with the additio...
Novel 2D and 3D pulse sequences producing images through the phase encoding of intermolecular multip...
Novel 2D and 3D pulse sequences producing images through the phase encoding of intermolecular multip...
International audienceWe introduce a generalized version of phase retrieval called multiplexed phase...
A new approach to combining cross-polarization with multiple-quantum MAS in a two-dimensional NMR ex...