Abstract: The disclosure relates to techniques to acquire at least one quantitative physiological parameter using a magnetic resonance system by means of MR fingerprinting. In this process, a plurality of slices are excited simultaneously using different imaging parameters to produce MR signal evolutions in each of the plurality of slices, and the MR data from the plurality of slices is then acquired simultaneously. For the simultaneous excitation of the plurality of slices, a flip angle (FW) that is used to excite one of the plurality of slices differs from a flip angle (FW) that is used to excite another of the plurality of slices.

Abstract: The disclosure relates to techniques to acquire at least one quantitative physiological parameter using a magnetic resonance system by means of MR fingerprinting. In this process, a plurality of slices are excited simultaneously using different imaging parameters to produce MR signal evolutions in each of the plurality of slices, and the MR data from the plurality of slices is then acquired simultaneously. For the simultaneous excitation of the plurality of slices, a flip angle (FW) that is used to excite one of the plurality of slices differs from a flip angle (FW) that is used to excite another of the plurality of slices.