A review of available Depth-Dose functions determined both experimentally and by Monte-Carlo simulation in a variety of materials reveals that, although there is general agreement as to the shape of the function, there is considerable disagreement concerning quantitative measures such as the range of the incident electrons and the position of the maximum of the Depth-Dose curve relative to the range. This finding is contrary to the typical assumption that the shape of the Depth-Dose curve is not dependent on the beam energy and only slightly dependent on the target material
<p>The PDDs of 6 MeV (a), 9 MeV (c) 12 MeV (e), 16 MeV (g) and 20 MeV (i) and the profiles of 6 MeV ...
To help medical physicist to evaluate dose values due to direct application of electron beams we hav...
In current dosimetry protocols for electron beams, for plane-parallel chambers, the effective point ...
In this paper it was performed a comparison the standard characteristics of depth-dose distributions...
Using Monte Carlo simulations we have studied the electron mean energy, Ē(o), and the most probable ...
Depth dose profiles in aluminium have been measured using the cellulose triacetate dosimeter agains...
The dose delivered by electron beams has a complex dependence on the shape of the field; any...
48-52Depth dose profiles in aluminium have been measured using the cellulose triacetate dosimeter ag...
The purpose of this study is to investigate the behaviour of the percent depth dose curves (%DD) and...
Purpose: This work presents the experimental extraction of the perturbation factor in megavoltage el...
Electron beams are used to treat superficial lesions in radiation oncology by taking advantage of th...
Based on the fundamental potential function of the power and exponential forms, a diffusion model of...
This study evaluates the dosimetric impact caused by an air cavity located at 2 mm depth from the to...
Silicon semiconductor diodes measure almost the same depth-dose distributions in both photon and ele...
The work is dedicated to comparison methods of processing the results of measurements of the absorbe...
<p>The PDDs of 6 MeV (a), 9 MeV (c) 12 MeV (e), 16 MeV (g) and 20 MeV (i) and the profiles of 6 MeV ...
To help medical physicist to evaluate dose values due to direct application of electron beams we hav...
In current dosimetry protocols for electron beams, for plane-parallel chambers, the effective point ...
In this paper it was performed a comparison the standard characteristics of depth-dose distributions...
Using Monte Carlo simulations we have studied the electron mean energy, Ē(o), and the most probable ...
Depth dose profiles in aluminium have been measured using the cellulose triacetate dosimeter agains...
The dose delivered by electron beams has a complex dependence on the shape of the field; any...
48-52Depth dose profiles in aluminium have been measured using the cellulose triacetate dosimeter ag...
The purpose of this study is to investigate the behaviour of the percent depth dose curves (%DD) and...
Purpose: This work presents the experimental extraction of the perturbation factor in megavoltage el...
Electron beams are used to treat superficial lesions in radiation oncology by taking advantage of th...
Based on the fundamental potential function of the power and exponential forms, a diffusion model of...
This study evaluates the dosimetric impact caused by an air cavity located at 2 mm depth from the to...
Silicon semiconductor diodes measure almost the same depth-dose distributions in both photon and ele...
The work is dedicated to comparison methods of processing the results of measurements of the absorbe...
<p>The PDDs of 6 MeV (a), 9 MeV (c) 12 MeV (e), 16 MeV (g) and 20 MeV (i) and the profiles of 6 MeV ...
To help medical physicist to evaluate dose values due to direct application of electron beams we hav...
In current dosimetry protocols for electron beams, for plane-parallel chambers, the effective point ...