NMR hole burning in magnetic field gradient

The possibility to extend the optical hole-burning method to the NMR experiments performed in inhomogeneous magnetic fields was analyzed. The characteristic hole-burning response of the spin system is obtained by excitation of the sample with particularly radio frequency pulse sequence. The specific...

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Published in:Journal of Optoelectronics and Advanced Materials 2007-04, Vol.9 (4), p.916-918
Main Authors: Todica, M, Astilean, S, Pop, C V, Blumich, B
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container_title Journal of Optoelectronics and Advanced Materials
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creator Todica, M
Astilean, S
Pop, C V
Blumich, B
description The possibility to extend the optical hole-burning method to the NMR experiments performed in inhomogeneous magnetic fields was analyzed. The characteristic hole-burning response of the spin system is obtained by excitation of the sample with particularly radio frequency pulse sequence. The specific response of the spin system is sensitive to the molecular dynamics. Preliminary experiments were performed on pure water and demonstrates the possibility to obtain the hole-burning effect in strongly inhomogeneous magnetic fields.
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title NMR hole burning in magnetic field gradient
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