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Full Sensitivity and Enhanced Resolution in Homodecoupled Band-Selective NMR Experiments

机译:全模式耦合带选择NMR实验的全灵敏度和增强的分辨率

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摘要

Chemical shifts and coupling constants (J) are fundamentals in the analysis and interpretation of NMR spectra. Multiplicity information and J values can be extracted from the analysis of the fine multiplet structure, and they can be related to structural parameters, such as the number of neighbouring spins, the trace of trough-bond connectivities or dihedral angle constraints. Over recent years, a significant interest has emerged to develop homodecoupled ~1H NMR spectroscopy techniques that offer increased resolution by simplifying the homonuclear splitting pattern, and therefore reducing signal overlapping.
机译:化学位移和偶合常数(J)是NMR光谱分析和解释的基础。可以从精细多重结构的分析中提取多重性信息和J值,它们可以与结构参数有关,例如相邻的自旋数,槽键连接性的迹线或二面角约束。近年来,开发同质解耦的〜1H NMR光谱技术引起了人们的极大兴趣,该技术通过简化同核分裂模式并因此减少信号重叠来提供更高的分辨率。

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