✍ Scribed by Geoffrey Bodenhausen; Ray Freeman; Reinhard Niedermeyer; David L Turner
No coin nor oath required. For personal study only.
📜 SIMILAR VOLUMES
Since the classical treatment by Torrey in 1949 of the problem of how magnetization evolves in a continuously applied B radiofrequency field, the topic has 1 received relatively little attention in the nuclear magnetic resonance literature. This article focuses on the behavior of the macroscopic mag
The possibility of exciting and detecting proton NMR double-quantum coherences in inhomogeneous static and radiofrequency magnetic fields was investigated. For this purpose specialized pulse sequences which partially refocus the strongly inhomogeneous evolution of the spin system and generate double
A new pulse sequence based on intermolecular double‐quantum coherences was proposed to obtain one‐dimensional high‐resolution liquid NMR spectra in inhomogeneous magnetic fields via Hadamard encoding. In contrast with the conventional intermolecular multiple‐quantum coherences method with a two‐dime
The response of the spin system has been investigated by numerical simulations in the case of a nuclear magnetic resonance (NMR) experiment performed in inhomogeneous static and radiofrequency fields. The particular case of the NMR-MOUSE was considered. The static field and the component of the radi