High Temperature, Large Sample Volume, Constant Flow Magic Angle Spinning NMR Probe for 11.7 T Magnetic Field for In-situ Catalytic Reaction Characterization

We propose to develop novel NMR methods complementary to other in-situ spectroscopic techniques to improve our understanding of catalytic processes through in-situ investigations of catalyst, intermediates and the reaction kinetics. The principal activity to be discussed in the development of a novel in-situ NMR method, i.e., high temperature, large sample volume, constant flow magic angle spinning NMR probes for both 11.7T and 21T fof in-situ catalytic reaction characterization.