Phase Contrast Imaging Using a Dual-Pathway Steady-State Sequence

Keywords

accordingly acknowledged acquisition acting allow allowing background balanced become biomedical blip brain capable channel coil collected collecting color combined combining consent consequence contrast decay designed designs detect detectable detected difficult doubled doubles dual early echoes effective effectively electronics elements employed employing encoding essentially every exact expected experimental exploit fast features field filtered final finally five formed frequency generate generated goal gradient graduate grant greater head hospital implemented improve improvements induced informed institute interval inverted late lead leading like lobes long magnetization magnitude makes materials modified much national needed negative noise notice offsets optimizing oxford pairs part pathway period pixel plot precession prelude presence proper proposed pulse radian radiology random reason reconstructed regular relatively represent require required resolution respectively samples sampling scale scanner sense sensitivity significantly sketch slice spatial spatially stead steady super support susceptibility tissue trio turned types typical unlike unwrap usual variations versus view volunteers waveform waveforms windows women zero