Method for capturing mr data

A magnetic resonance (MR) apparatus configured to capture first MR reference data, capture first MR imaging data, and capture further MR imaging data after the capture of the first MR imaging data, the MR apparatus comprising:

• a transmit coil configured, for the capture of each of the first MR reference data, the first MR imaging data, and the further MR imaging data, to:
• generate at least one excitation pulse;
• and
• irradiate the at least one excitation pulse into a patient receiving region of the magnetic resonance apparatus, MR signals being generated in a generation region within the patient receiving region using the at least one excitation pulse;
• a receive coil configured to receive the MR signals as MR data;
• and
• a processor configured to:
• determine a degree of difference that describes a difference between the generation region on capture of the first MR reference data and the generation region on capture of the further MR imaging data;
• provide further MR reference data as a function of the degree of difference;
• and
• reconstruct at least one MR image based on the captured further MR imaging data and the provided further MR reference data.

In a non-transitory computer-readable storage medium that stores instructions executable by one or more processors to capture magnetic resonance (MR) data using a magnetic resonance apparatus, the instructions comprising:

• capturing first MR reference data;
• capturing first MR imaging data;
• capturing further MR imaging data after capturing the first MR imaging data, wherein capturing each of the first MR reference data, the first MR imaging data, and the further MR imaging data comprises generating at least one excitation pulse with a transmit coil of the magnetic resonance apparatus and irradiating the at least one excitation pulse into a patient receiving region of the magnetic resonance apparatus, generating MR signals in a generation region within the patient receiving region using the at least one excitation pulse, and receiving the MR signals as MR data with a receive coil of the magnetic resonance apparatus;
• determining a degree of difference that describes a difference between the generation region on capture of the first MR reference data and the generation region on capture of the further MR imaging data;
• providing further MR reference data as a function of the degree of difference;
• and
• reconstructing at least one MR image based on the captured further MR imaging data and the provided further MR reference data.