Solid-state 33S NMR study of organic solids

核磁共振是化学和生物化学中最标准的分析方法之一。在这种测量中，核磁共振信号可以提供关于样品的分子和电子性质的有价值的信息。作为测量目标的原子的选择性是该方法的重要特征之一，但在常规的核磁共振实验中，主要使用氢原子或碳原子。在这项研究中，我试图建立有机和生物固体中硫-33的核磁共振方法。

Nuclear magnetic resonance (NMR) is one of the most standard analytical methods in chemistry and biochemistry. In this measurement, the NMR signal can provide valuable information on the molecule and electronic properties of a sample. The selectivity of an atom as a measuring target is one of the important features in this method, but a hydrogen or a carbon atom is mostly used in conventional NMR experiments. In this research, I try to develop the NMR method of sulfur-33 in organic and biological solids.