A Novel Method to Obtain High Resolution 2D MRS Through 3D Acquisition Under Large Inhomogeneous Magnetic Fields

Keywords

achieved acknowledgments acquiring acquisition allows almost application applied arbitrary audience body caused central chem chemical china coherence coherences coils compressed contains coupling degraded designed detection developed dimension dimensions displays double electronic enough erase even evolution example experiment experimental facilitate fast feasible field fields frequencies frequency fundamental funds gladden gradient gradients grant grants greatly half hard homogeneity homogeneous hour in vivo increment increments indirect inhomogeneities inhomogeneity inhomogeneous intensity intentionally interfaces intermolecular intrinsic introduced leads limits long metabolites mode modulated multidimensional near noninvasive novel obstacle often partially pluses potential potentially practical precession presence probe produce projected pulse pulses quantum rectangular reduce refocus removed repetition require resolution sample scanner scheme science scientists selective sensing setting severe shimmed simple sophisticated spectral spectrometer spectroscopy spectrum spin spins splitting supported susceptibility switching system target tissue tissues tracking transfer universities unknown useful usually utilized variation variations wants whole width