The aim of this work is to develop a discrete ordinates Boltzmann solver that can be used for
calculation of absorbed dose from both photons and protons within an inverse planning …

Monte Carlo (MC) simulations of medical linear accelerators applying the phase space
approach provide excellent results and substantially reduce execution time. This approach …

Purpose This study aims to develop and validate a simple geometric model of the
accelerator head, from which a particle phase space can be calculated for application to fast …

Purpose. To develop an automated optimization strategy to facilitate collimator design for
small-field radiotherapy systems. Methods and Materials. We developed an objective …

This study was conducted to develop a phase-space dataset in the International Atomic
Energy Agency (IAEA) format for Monte Carlo (MC) simulations of the Leksell Gamma …

Purpose This study aims at analyzing beam data commissioning along with verifying Monte
Carlo-based treatment planning system on the basis of the manufacturer guidelines for …

MC-based computerized TPS is an essential tool for improving treatment quality in external
radiation therapy chains. However, incorporating these systems into clinical TPS is …

Monte Carlo (MC) independent dose calculations are often based on phase‐space files
(PSF), as they can accurately represent particle characteristics. PSF generally are large and …

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) …

The aim of this study is to develop in-house Monte Carlo (MC) algorithm as an alternative
tool to simulate all mechanisms of interactions for dose calculation in radiation therapy …