3D Adiabatic FSE with GRASE Acquisition at 4T

Keywords

ability accelerating acceleration acceptable according accurate achieve acquisition addition address adiabatic advantageous allowed alternatively although applications blurring bore boundary brain cerebral clear clearly combined compensate compressed condition corrected correction cortex critical cylindrically decreased decreases delay demonstrating density dependent diagram difficult distribution domain done echoes edges efficiency employed enabled encoding especially even excitation field fields focus frequency full gelatin generated gradient grant health hence house human hyperbolic implemented important improved in vivo includes inhomogeneity insensitive inside installed institutes intensity introduce keeping lacks like limited long making mismatch national novel original overcomes pair passage peak periphery phantom pipe power problems procedure produce profile program proposed pulse pulses quadratic quality quick reconstructed reconstruction recovery reduced reducing refocusing relatively removed removes removing requires resolution respectively running sampling scanner secant selection selective sensing severe sharp significantly since skull slab slice space spacing spin strategy studies successfully supported sweep technologies toward truncation turbo unchanged variable variation verse vials width