Patent ID: 8427155

Claim:
A method to control a workflow of a magnetic resonance measurement in an MR system having an active volume, comprising: exciting nuclear spins in and acquiring resulting MR signals from multiple slices of a predetermined volume segment of an examination subject in the MR system during a continuous table feed of a table on which the subject is supported; repeatedly exciting nuclear spins in and acquiring resulting MR signals from one of the respective multiple slices in the active volume of the magnetic resonance system in succession at different measurement positions P i in an order corresponding to the index of the measurement positions P i ; and determining the measurement positions P i by the following equation, starting from an arbitrary first measurement position P 1 selected in the active volume of the magnetic resonance system: P i ⁢ P i - 1 + d × ( ± c - TR - TB TR ) , for ⁢ ⁢ i = 2 , … ⁢ , c , wherein d is a slice interval, wherein c is a natural number greater than 1 that indicates a number of measurement positions P i in the active volume, wherein TB is a time period from a beginning of an excitation at one measurement position to the beginning of a chronologically next excitation at a measurement position nearest the measurement position, wherein TR is a time period which can be calculated depending on the slice interval d and a table velocity, and wherein “±” is “+” if an excitation order in which the slices are excited follows a direction of the a movement path of the table (2), and otherwise is “−”.