Does the Signal Arising from a Single Fascicle Significantly Deviates from a Monoexponential Decay with a Clinical Scanner?

Keywords

accurately acquisition additional amount appears arise arising assumption attenuated attenuation avoid behavior body brain cells channel characterization charmed children clear clinical coil compartment compartmentalization composed composite computational constant contribution cook corpus decay described determine determined deviates diffusion duration electrostatic eliminate ensures estimation even evidence experiment experimental explain explore explored fascicle fascicles finite focused foundations full function gradient head healthy heterogeneity heterogeneous hindered hospital human hypothesize ignoring increasing increments independent indicate intra investigated investigation isotropic laboratory leading limitation long make matrix maximally maximize measured mechanisms membranes mixing model modeling models modulation molecules necessary noise nonlinearity observable optimal orientation orientations original parallel partial particularly perpendicular physical position predominantly presence protocol providing pulse radial ranging reaches reflect regression relatively remaining repetition repetitions represented repulsion required residual resolution respect restricted ruminations scanner school selected settings shell shells significantly slice slices space speculate spin subsets subtracted subtracting subtraction sufficient tensor uniform unrestricted untagged various voluming water