Introduction: The dose calculation plays a crucial role in many aspects of contemporary
clinical radiotherapy treatment planning process. It therefore goes without saying that the …

Introduction: This is the second of two papers giving an overview of the use of Monte-Carlo
techniques for radiotherapy applications. Methods: The first paper gave an introduction and …

Particle therapy has garnered significant interest in the medical field due to its enhanced
energy deposition, which peaks sharply at the end of the particle range, minimizing the dose …

Introduction This study presents an empirical method to model the high-energy photon beam
percent depth dose (PDD) curve by using the home-generated buildup function and tail …

Background: Accuracy of dose delivery in radiation therapy is a primary requirement for
effective cancer treatment. In practice, dose delivery accuracy of±5% is desired. To achieve …

This study presents an empirical method to model the percent depth dose (PDD) curves of
flattening filter (FF) and FF-free (FFF) high-energy photon beams using a home-generated …

A concept of radiation beam matching of some medical linear accelerators (LINACs) that
have identical characteristics of the models, radiation quality, and multileaf collimator …

O conhecimento do espectro de energia produzido por um acelerador linear é necessário
para uma grande diversidade de estudos como, por exemplo, aprimorar os planejamentos …