fingerprinting is a time-efficient acquisition and reconstruction framework to
provide simultaneous measurements of multiple parameters including the T1 and
T2 maps. The accuracy of the mapping dictionary of MRF is very important for
its clinical applications. In this work, we validated the dictionary performance
of the augmented fractional order Bloch equations on MRF in the experimental
phantom study. Representative results of experimental phantom demonstrate that the
utilization of the augmented fractional model
is able to improve the accuracy of the T1 and T2 values.