Abstract Purpose Monte Carlo (MC) is the reference computation method for medical
physics. In radiotherapy, MC computations are necessary for some issues (such as …

Purpose The Monte Carlo radiation transport method is considered the most accurate
approach for absorbed dose calculations in external beam radiation therapy. In this study …

Modern radiotherapy (RT) techniques such as stereotactic body radiotherapy (SBRT),
intensitymodulated radiotherapy (IMRT) or volumetric modulated arc therapy (VMAT) carries …

The use of phase space in medical linear accelerator Monte Carlo (MC) simulations
significantly improves the execution time and leads to results comparable to those obtained …

ABSTRACT In this work, Monte Carlo (MC) simulations provide an answer to the surging
clinical need for verifying complex radiation treatments. As will be demonstrated, this …

Purpose This study explores the feasibility of employing Generative Adversarial Networks
(GANs) to model the RefleXion X1 Linac. The aim is to investigate the accuracy of dose …

Abstract An integrated Monte Carlo (MC) dose calculation system, MCRTV (Monte Carlo for
radiotherapy treatment plan verification), has been developed for clinical treatment plan …

Background and purpose. This work aims to present the strategy to simulate a clinical linear
accelerator based on the geometry provided by the manufacturer and summarize the …

Monte Carlo simulation is appreciated as an extraordinary technique to investigate particle
physic processes in Radiation Therapy. This task offers a new Virtual Source Model (VSM) …

We have verified the GAMOS/Geant4 simulation model of a 6 MV VARIAN Clinac 2100 C/D
linear accelerator by the procedure of adjusting the initial beam parameters to fit the …