Multinuclear NMR in Support of Synthetic and Materials Chemistry at St Andrews

一台有11年历史的核磁共振仪将被一台最先进的400 MHz光谱仪取代。新的光谱仪将能够在自动化下运行1H，19F和X核实验。新的光谱仪将使该设施的常规光谱分析能力增加一倍以上，并允许提供更广泛的实验范围。该设施内的后台基础设施将得到升级，以充分利用新仪器的能力。该仪器将促进以下方面的研究：催化机理、均相催化剂的回收和再循环、主族化合物和配体的合成、晶体生长的机理研究、合成有机化学、超分子化学

An 11 year old NMR machine will be replaced by a state-of-the-art 400 MHz spectrometer. The new spectrometer will be capable of running 1H, 19F and X nucleus experiments under automation. The new spectrometer will more than double the capacity for routine spectroscopy in the Facility and also allow a much broader range of experiments to be offered. The backoffice infrastructure within the Facility will be upgraded to take full advantage of the capabilities of the new instrument.The instrument will facilitate research in :Catalytic mechanisms, the recovery and recycling of homogeneous catalysts, the synthesis of main group compounds and ligands, mechanistic studies of crystal growth, synthetic organic chemistry, supramolecular chemistry