We have constructed a dynamic nuclear polarization (DNP) polarizer using a 7 Tesla magnet and an Oxford flow-through cryostat. The DNP polarizer operates at a microwave frequency of 188 GHz. Equipment for performing 13C and 1H NMR experiments on the polarized sample is under construction.
A home-built dissolution and magnetic tunnel system allows rapid transport of hyperpolarized solutions into the main NMR magnet (500 MHz) for detection.
This state-of-the-art triple-resonance 500 MHz solution NMR system is equipped with a wide range of solution NMR probes and also microimaging equipment including a 10mm BBO, a 5mm TBO, a 5mm BBI probes with z-gradient plus a MICWB40 micro-imaging probe equipped with 1H, 1H/13C and 1H/15N 10mm and 25mm resonators.
We use this spectrometer to perform experiments on hyperpolarized substances generated by the adjacent DNP polarizer, as well as singlet NMR and diffusion NMR experiments.
A 400 MHz WB NMR system is coupled to a Bruker Neo Consolle and equipped with a 5mm and a 10mm solution NMR probes.
We use this spectrometer to perform experiments on hyperpolarized substances generated by the adjacent DNP polarizer, as well as singlet NMR experiments.