Method and System for Dynamic Nuclear Polarization of Frozen Gases

Keywords

achieve achieved acid address advances affects agent anisotropy annealing applied around bath built chamber characteristic characterizing chemical clustering clusters conditioning containing controlled cooled cryogenic custom describe described development diffusion dioxide dipole direct dissolved doubly dramatically driven dynamic efficiency electric electron enabled enclosed enriched ethanol evolution explain extremely fitted formation frozen gases glass glassing gradual helium highly hours induced inferred inhomogeneity inhomogeneous isotopes knowledge letters liquid long matrix meanwhile measured mechanical medicine metabolites minutes mixtures motor much nearby neighboring novel nuclear observations offers often opposite optical optionally outside pattern patterns peek physics polarization polarize polarized polarizing potential potentially preparation prepared previous probe production propylene pumping pure radical radically radiology rapidly reported respectively returned sample samples sealed sharpening showcase significantly simpler since solid source spectra spectrum spins steel stirrer structure studied substrates suggesting suitable superposition supported system systems temperature temperatures theoretically thick thin toluene transferred transport tube ultimately unexpected unhindered volume volumes wall