Bolus is material similar to tissue and is placed directly on skin surface during radiotherapy
with electron beam. This research has successfully developed bolus using Natural Rubber …

This study is intended to investigate the effects of surface dose from air gaps under the bolus
in clinically used oblique photon beams by using a Markus parallel-plate chamber and a …

A bolus is a material equivalent to soft tissue and is directly placed on the skin surface
during radiotherapy. It is commonly used to increase the dose on the skin surface in electron …

Bolus is a material equivalent to tissue and used in radiotherapy process to increase a dose
surface using electron beam. The bolus synthesis from a material equivalent to tissue is not …

The study aims to correlate the effective diameter (Deff) and water-equivalent diameter (Dw)
parameters with anterior–posterior (AP), lateral (LAT) and AP+ LAT dimensions in order to …

Background Helical irradiation of the total skin (HITS) was modified as simultaneous
integrated boost (SIB)-helical arc radiotherapy of total skin (HEARTS) technique and applied …

In radiotherapy of cancer located on the surface of the skin, optimization of the radiation
dose is important. The technology to increase the surface dose is to use a bolus that is …

We aim to demonstrate the unique use of embedded lead eye shields in an electron wax
bolus when treating the nasal dorsum. A patient presented to the clinic with squamous cell …

Radiotherapy is a method of externally cancer therapy using a Linear Accelerator (LINAC)
tool. LINAC can produce photon and electron beam energy which will be used to treat …

In this research, we aim to investigate the influence of different materials, as a bolus, on the
low-energy electron beam dose distributions and to develop equations for predicting surface …