Nuclear magnetic resonance : Nuclear Overhauser effect

Nuclear Overhauser effect
Nuclear magnetic resonance

Authors : Nicole PLATZER, Laurence DALLERY

Review date: January 10, 2024 | Lire en français

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6. Nuclear Overhauser effect

The Nuclear Overhauser Effect (NOE) is a major source of information in NMR.

Cross-dipolar relaxation is at the origin of the NOE. Solomon's equation is written below for the simplest case, that of an isolated pair of two nuclei A and S : $\frac{d A_{z}}{d t} = - ρ_{AS} (A_{z} - A_{z}^{o}) - σ_{AS} (S_{z} - S_{z}^{o})$

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Nuclear Overhauser effect

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Bibliography

(1) - MARTIN (M.T.) - CNRS-ICSN Gif/Yvette, communication personnelle.
(2) - SIZUN (C.) - CNRS-ICSN Gif/Yvette, communication personnelle.
(3) - SIZUN (C.) - CNRS-ICSN Gif/Yvette, communication...

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Nuclear Overhauser effect Nuclear magnetic resonance

6. Nuclear Overhauser effect

Bibliography

Nuclear Overhauser effect
Nuclear magnetic resonance