Overhauser DNP enhanced benchtop NMR spectroscopy for process monitoring (B05)

该项目的目的是通过ODNP提供的信号增强来提高液体样品的台式核磁共振实验的灵敏度。通过这种方式，在非常低的浓度下或在微血管等小几何形状下对组件进行时间分辨测量成为可能，并可用于工艺工程应用。ODNP发生在非常短的时间尺度上，使得这项技术非常适合快速流动液体的连续超极化，而标准的核磁共振测量是不可能的。因此，HyPERiON瞄准的紧凑磁体设计中流动核磁共振的改进是该项目的另一个目标。

The aim of the project is to boost the sensitivity of benchtop NMR experiments of liquid samples by signal enhancement provided by ODNP. In this way time-resolved measurements of components at very low concentrations or in small geometries such as microcapillaries become possible and can be used for process engineering applications. ODNP happens on very short timescales, mak-ing this technique ideal for continuous hyperpolarization of fast-flowing liquids, where standard NMR measurements are not possible. The improvement of flow-NMR in the compact magnet de-signs targeted by HyPERiON is thus another aim of this project.