1. An MR method for spatially resolved determination of relaxation parameters in an examination zone, comprising the steps: a. acquisition, by means of a first sequence, of MR data sets for a plurality of MR images with different echo times, b. acquisition, by means of a second sequence, of at least one further MR data set for at least one further MR image, having an enhanced spatial resolution and reduced time resolution compared with the MR images of the first sequence, c. generation of MR combination images using an MR data set derived from the first sequence for a portion within the k-space and MR data of a further MR data set acquired outside this portion of the k-space by means of the second sequence, d. derivation of relaxation parameters from the MR combination images, wherein at least the first sequence is a multi-echo sequence in which, following an excitation of the nuclear magnetization in the examination zone, a plurality of MR echo signals are received for in each case the same trajectory in the k-space; wherein the sequences are spin echo sequences.