An alternative pulse scheme which simplifies and improves the recently proposed P.E.COSY experiment is suggested for the retention of connected or unconnected transitions in a coupled spin system. An important feature of the proposed pulse scheme is the improved phase characteristics of the diagonal peaks. A comparison of various experiments designed for this purpose, namely COSY-45, E.COSY, P.E.COSY and the present scheme (A.E.COSY), is also presented. The suppression of unconnected transitions and the measurement of scalar coupling constants and their relative signs are illustrated from A.E.COSY spectra of 2,3-dibromopropionic acid and 2-(2-thienyl)pyridine
SUPER COSY aims to bring the antiparallel components of the cross-peak multiplets of COSY into paral...
Some two-dimensional experiments suffer from ‘phase problems', meaning that instead of resulting wit...
An expt. is described which uses essentially the same pulse sequence as 2-dimensional (2D) exchange ...
An alternative pulse scheme which simplifies and improves the recently proposed P.E.COSY experiment ...
An alternative pulse scheme which simplifies and improves the recently proposed P.E.COSY experiment ...
An alternative pulse scheme which simplifies and improves the recently proposed P.E.COSY experiment ...
In recent years, the recording of phase-sensitive two-dimensional NMR spectra has become increasingl...
Various numerical techniques for alleviating crowding in two-dimensional NMR correlation spectra are...
Recent developments in data sampling and processing techniques have made it possible to acquire two-...
In high-resoln. NMR, a network of scalar-coupled spins can be broken down into fragments which encod...
The multiple-quantum pathway description developed earlier for two-dimensional single-quatum correla...
Abstract:Antiphase character of cross peaks in long-range COSY is modulated by changing the fixed de...
New 2-dimensional NMR correlation methods are presented which allow one to obtain selected high-reso...
SUPER COSY aims to bring the antiparallel components of the cross-peak multiplets of COSY into paral...
The peak intensities within the multiplets in a 2-dimensional NOESY expt. with small flip angles ref...
SUPER COSY aims to bring the antiparallel components of the cross-peak multiplets of COSY into paral...
Some two-dimensional experiments suffer from ‘phase problems', meaning that instead of resulting wit...
An expt. is described which uses essentially the same pulse sequence as 2-dimensional (2D) exchange ...
An alternative pulse scheme which simplifies and improves the recently proposed P.E.COSY experiment ...
An alternative pulse scheme which simplifies and improves the recently proposed P.E.COSY experiment ...
An alternative pulse scheme which simplifies and improves the recently proposed P.E.COSY experiment ...
In recent years, the recording of phase-sensitive two-dimensional NMR spectra has become increasingl...
Various numerical techniques for alleviating crowding in two-dimensional NMR correlation spectra are...
Recent developments in data sampling and processing techniques have made it possible to acquire two-...
In high-resoln. NMR, a network of scalar-coupled spins can be broken down into fragments which encod...
The multiple-quantum pathway description developed earlier for two-dimensional single-quatum correla...
Abstract:Antiphase character of cross peaks in long-range COSY is modulated by changing the fixed de...
New 2-dimensional NMR correlation methods are presented which allow one to obtain selected high-reso...
SUPER COSY aims to bring the antiparallel components of the cross-peak multiplets of COSY into paral...
The peak intensities within the multiplets in a 2-dimensional NOESY expt. with small flip angles ref...
SUPER COSY aims to bring the antiparallel components of the cross-peak multiplets of COSY into paral...
Some two-dimensional experiments suffer from ‘phase problems', meaning that instead of resulting wit...
An expt. is described which uses essentially the same pulse sequence as 2-dimensional (2D) exchange ...