Ultrafast multidimensional nuclear magnetic resonance technique: A proof of concept based on inverse-k-space for convenient and efficient performance
Ultrafast multidimensional nuclear magnetic resonance (NMR) technique serves as an
important and powerful tool for analyzing chemical and biological systems. Here, we
propose an inverse-k-space along with a systematic processing strategy to improve quality
of the ultrafast spectrum in terms of lineshape, signal-to-noise ratio, and adaptability to
magnetic-field inhomogeneity. Experiments on phantom solutions and a chemical reaction
system were performed to validate the effectiveness of inverse-k-space in enhancing the …
important and powerful tool for analyzing chemical and biological systems. Here, we
propose an inverse-k-space along with a systematic processing strategy to improve quality
of the ultrafast spectrum in terms of lineshape, signal-to-noise ratio, and adaptability to
magnetic-field inhomogeneity. Experiments on phantom solutions and a chemical reaction
system were performed to validate the effectiveness of inverse-k-space in enhancing the …
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