Fast MR Thermometry Using Phase Referenced Asymmetric Spin-Echo EPI for High Field

Keywords

according accuracy achieve achieved acquisition actual affected affecting afterwards alternately always amount amplitude anterior approved around array asymmetric available better body brain cardiac channel chemical chemically close closely cognitive coil committee components condition conservative contributions coronal correct corrected correction course courses curves depending depicted deposition despite determined dirk displaced drawback drift effective either elaborate enable enough ensure ethics excitation fast field fitted fitting fluctuations formation frequencies frequency full fully ghosting good gradient gradients healthy homogeneous human immediately improved in vivo individual inferior inherently institute inversion like linear lobe local loss many maps marks minimize minor monitoring novel occipital opposite overlap park part partially peaks perturbations polarity position power practically precision probably proton proximity pulsation pulses rapid real reduced refocusing repetition representative resolution retaining reversal saturation scanner sciences select selective selectivity series several simulation skull slice slices space species spectrum spin stability step subcutaneous subjects substance substantially superior suppressed temperature thermometry unreferenced unwanted water