Abstract MCDOSE is an EGS4 [1] user code developed at Stanford University for radiation
therapy treatment planning dose calculations. MCDOSE can be used to simulate the …

During the last few decades, accuracy in photon and electron radiotherapy has increased
substantially. This is partly due to enhanced linear accelerator technology, providing more …

Objective. To present a transformer-based UNet model (TransDose) for fast and accurate
dose calculation for magnetic resonance-linear accelerators (MR-LINACs). Approach. A 2D …

A generic formalism is proposed for reference dosimetry in the presence of a magnetic field.
Besides the regular correction factors from the conventional reference dosimetry formalisms …

Monte Carlo (MC) simulations play an important role in radiotherapy, especially as a method
to evaluate physical properties that are either impossible or difficult to measure. For …

BACKGROUND AND PURPOSE: Magnetic resonance (MR) imaging is superior to
computed tomography (CT) in radiotherapy of brain tumours. In this study an open low-field …

In 2002 we fully implemented clinically a commercial Monte Carlo based treatment planning
system for electron beams. The software, developed by MDS Nordion (presently Nucletron) …

A novel phase-space source implementation has been designed for graphics processing
unit (GPU)-based Monte Carlo dose calculation engines. Short of full simulation of the linac …

A method to evaluate the dosimetric accuracy of volumetric modulated arc therapy (VMAT)
treatment plans, generated with the MONACOTM (version 3.0) treatment planning system in …

Purpose: Using the graphical processing units (GPU) hardware technology, an extremely
fast Monte Carlo (MC) code ARCHERRT is developed for radiation dose calculations in …