… Below this magnetic field strength, there is some contribution … Above this magnetic field
strength, the Lorentz-force … a large range of field size and magnetic field strength, however, at the …

… field strengths. This work aims to characterize the impact of the magnetic field on dose
deposition for a parallel MRI-linac by … from the Linatron at 0, 1, and 1.5 T magnetic field strengths. …

… This impact on the dose at the tissue air interface, eg an air cavity, can be an increase or a
decrease depending on the magnetic field strength, electron energies, field size, the obliquity …

… These systems have the potential to realise the benefits of MRI on the … MRI-linacs currently
being implemented covering both low and high magnetic field strength and two beam-field …

… Hybrid MRI-linac system designs operating at 3 T would have less dose increase at the distal
side but more dose increase due to the lateral ERE. The major drawback would be that the …

… the MRI-linac-specific dose effects using GafChromic film measurements in the presence of
a magnetic field. … B = 0 T and higher field strengths (B in this case is the lateral magnetic field …

… and chamber axis, and on chamber size, beam energy and field strength. These differences
are due to the varying average path length of the ionising track of a secondary charged …

… the influence of an MRI linac fringe field on neighbouring … downtime after changes of the
magnetic field of the MRI linac. … and strength of the magnetic field and distance to the linacs. …

… MRI-linear accelerator (MRL) consisting of an integrated 1.5 T Philips MRI and an 7-MV linear
accelerator (linac) … inter- and intra-fraction volumetric high-field strength MRI acquisitions. …

… increases with increasing magnetic field strength. The dose distributions strongly depend
on both relative orientation of magnetic and radiation field and magnetic field strength. In the …