The Australian magnetic resonance imaging (MRI)–Linac program is a $16-million
government-funded project to advance the science and clinical practice of exquisite real …

The desire to utilise soft-tissue image guidance at the time of radiation treatment has led to
the development of several hybrid magnetic resonance imaging (MRI) linear accelerators …

Offering comprehensive coverage of the clinical, physical, and technical aspects of radiation
treatment planning, Khan's Treatment Planning in Radiation Oncology, Fifth Edition …

Purpose: This paper investigates, via magnetic modeling and Monte Carlo simulation, the
ability to deliver proton beams to the treatment zone inside a split‐bore MRI‐guided proton …

Purpose To investigate and model effects of magnetic fields on proton and carbon ion
beams for dose calculation. Methods In a first step, Monte Carlo simulations using Gate …

Purpose: A potential side effect of inline MRI‐linac systems is electron contamination
focusing causing a high skin dose. In this work, the authors reexamine this prediction for an …

Purpose This article reports on the integration of a sliding‐gantry CT‐on‐rails with a robotic
linear accelerator. Methods The system consists of a SOMATOM Definition AS CT scanner …

Purpose To assess the impact of an audiovisual (AV) biofeedback on intra-and interfraction
tumor motion for lung cancer patients. Methods and Materials Lung tumor motion was …

Passive magnetic shielding refers to the use of ferromagnetic materials to redirect magnetic
field lines away from vulnerable regions. An application of particular interest to the medical …

Purpose: MRI guided radiotherapy is a rapidly growing field; however, current electron
accelerators are not designed to operate in the magnetic fringe fields of MRI scanners. As …