Continuous Flow Dynamic Nuclear Polarisation

连续流动动态核极化这个项目将研究新的方法，快速极化质子，使用奥弗豪泽效应，在水和其他液体，在一个连续流动的系统。总体目标是制造一种能够产生高流速极化液体的设备，以提高液态NMR的灵敏度，在MRI中提供额外的对比度，并使生物EPR中的水可及性研究成为可能。它将利用先进的电磁建模，毫米波和EPR硬件和设施，在圣安德鲁斯可用，并寻求显着改善目前的最先进的。

Continuous Flow Dynamic Nuclear PolarisationThis project will examine new methods to rapidly polarise protons, using the Overhauser effect, in water and other liquids, in a continuous flow system. The overall goal is to make a device that will produce high flow rates of polarised liquids, to improve sensitivity for liquid-state NMR, provide extra contrast in MRI, and enable water accessibility studies in biological EPR. It will make use of the advanced EM-modelling, mm-wave and EPR hardware and facilities available at St Andrews, and seeks to significantly improve upon current state-of-the-art.