A nuclear magnetic resonance (NMR) tomography method for investigating a
target object, wherein radio frequency (RF) pulses are irradiated into a
target volume and/or RF pulses from the target volume are detected,
wherein the target volume is determined by the frequency of the RF pulses
and/or through magnetic field gradients, and wherein the target object is
moved relative to the NMR tomograph during NMR data acquisition, is
characterized in that the frequency of the RF pulses and/or the magnetic
field gradients is/are changed during NMR data acquisition such that the
target volume covered by the RF pulses is moved relative to the NMR
tomograph at the same speed and direction of motion as the target object
during NMR data acquisition. This provides a method for investigating a
target object which moves relative to the NMR tomograph during NMR data
acquisition, which can be carried out in a fast and simple manner.
