โ Scribed by Benedict W Bangerter
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
To understand the behavior of many NMR experiments, it is important to determine the spatial distribution of the B 1 field. In this paper, we show how this distribution can be mapped independently of spin density, coil responsiveness, and nonlinearities of the B 0 field gradients. As a by-product we
We describe a new and powerful computer program called TRIPLE\_GRADIENT which calculates optimized pulsed field gradient sequences for specific coherence pathway selection or rejection. Sequences can be computed for gradient coils acting along one, two, or three perpendicular axes. The program is ba
A geometrical description for the selection of coherence transfer pathways in high resolution NMR by the application of pulsed field gradients along three orthogonal directions in space is presented. The response of the spin system is one point of the threedimensional Fourier transform of the sample