Method for capturing magnetic resonance image data of an object under examination using a magnetic resonance apparatus , comprising the steps: - performance of a balanced steady-state free precession sequence with a nominal phase progress (Φ) of 180 degrees per repetition time (TR) using the magnetic resonance apparatus , wherein in the balanced steady-state free precession sequence a white-marker gradient (GWM) is provided in order at least partially to balance a dephasing caused by a magnetic-field-changing object in the object under examination , - capture of image data of the object under examination using the magnetic resonance apparatus at an echo time (TE), characterised in that the method comprises the step: - adjustment of a phase development between a phase of a magnetisation of a first material (m1) and a phase of a magnetisation of a second material (m2), which form an interface in the object under examination , in the balanced steady-state free precession sequence using the magnetic resonance apparatus , wherein thanks to the adjustment of the phase development prior to the effect of the white-marker gradient (GWM) a co-phasal alignment of a magnetisation of the first material (m1) and of the second material (m2) at the interface is effected at the echo time (TE). comprising the steps: - performance of a balanced steady-state free precession sequence with a nominal phase progress (Φ) of 180 degrees per repetition time (TR) using the magnetic resonance apparatus , wherein in the balanced steady-state free precession sequence a white-marker gradient (GWM) is provided in order at least partially to balance a dephasing caused by a magnetic-field-changing object in the object under examination , - capture of image data of the object under examination using the magnetic resonance apparatus at an echo time (TE), - performance of a balanced steady-state free precession sequence with a nominal phase progress (Φ) of 180 degrees per repetition time (TR) using the magnetic resonance apparatus , wherein in the balanced steady-state free precession sequence a white-marker gradient (GWM) is provided in order at least partially to balance a dephasing caused by a magnetic-field-changing object in the object under examination , - capture of image data of the object under examination using the magnetic resonance apparatus at an echo time (TE), characterised in that the method comprises the step: - adjustment of a phase development between a phase of a magnetisation of a first material (m1) and a phase of a magnetisation of a second material (m2), which form an interface in the object under examination , in the balanced steady-state free precession sequence using the magnetic resonance apparatus , wherein thanks to the adjustment of the phase development prior to the effect of the white-marker gradient (GWM) a co-phasal alignment of a magnetisation of the first material (m1) and of the second material (m2) at the interface is effected at the echo time (TE). - adjustment of a phase development between a phase of a magnetisation of a first material (m1) and a phase of a magnetisation of a second material (m2), which form an interface in the object under examination , in the balanced steady-state free precession sequence using the magnetic resonance apparatus , wherein thanks to the adjustment of the phase development prior to the effect of the white-marker gradient (GWM) a co-phasal alignment of a magnetisation of the first material (m1) and of the second material (m2) at the interface is effected at the echo time (TE). <EOS>