The accuracy of a computed tomography (CT)-relative electron density (RED) curve may
have an indirect impact on the accuracy of dose calculation by a treatment planning system …

A burgeoning population of cancer survivors is at risk of late health effects following
radiation therapy including second cancers, with the majority of these cancers occurring …

Aim The present study aimed to investigate the effect of dose rate variations in the out-of-
field regions on the dose calculation accuracy of an algorithm based on the Monte Carlo …

This study aimed to measure the received dose to the pelvic region of patients during breast
intraoperative electron radiation therapy (IOERT). Furthermore, we compared the findings …

Dental amalgam, causes perturbation in photon dose distribution of head and neck (H&N)
radiotherapy. The aim of this study was to evaluate the effects of dental amalgam on dose …

Along with chemotherapy and surgery, radiotherapy remains as an important modality in
tumor treatment, as it is used to treat approximately 50% of all patients with localized cancer …

Background: Aim of this study is to evaluate the efficacy of inhomogeneity corrections
calculated by radiotherapy treatment planning system (TPS) using various densities of …

Background: Adjacent radiation fields are applied in some radiotherapeutic cases. When
using these radiation fields, considerable dose errors across the junction of radiation fields …

OBJECTIVE: This study aims to benchmark a Monte Carlo (MC) model of the 18MV photon
beam produced by the Siemens Oncor® linac using the BEAMnrc and DOSXYZnrc codes …

Purpose There is an increased interest in using non‐coplanar beams for radiotherapy,
including SBRT and SRS. This approach can significantly reduce doses to organs‐at‐risk …