Optimization of Scan Parameters for Diffusion Kurtosis Imaging at 1.5 T

Keywords

acceptable accuracies accuracy accurate achieve acquisition additional although analyses appear approximately arrangement assumed assumes attempted axial behavior biological biomedical calculations caused central channel characterize clinical coefficient coil combination combinations compartments compromised configurations contribute corporation correlation crucial dataset datasets defined degree determine developed diffusion dimensional displacement distribution division dramatically duration echelon efficiency equivalent estimating evaluated even excellent fewer field five former fourteen full generate generated gradient gradients head healthy hence house ideal identical improvement improves increasing influence institute interval intraclass investigated japan kurtosis laboratory latter least linear long maps matrix medical membranes metrics molecules motion needed neighboring noise often optimization optimizations optimized optimizing particularly planner post probability probing processing qualities quantitative radial radiology reduced reducing regardless relationships remains repeated reported require requirement restriction revealed scanners science separation setting shorten similarities slices software spatial spin squares structures substantially suggest suitable system tensor terms tissue twice ultrahigh unconstrained unknown volunteers water whereas wolfram yield