Entrance doses measured in 50 patients treated by electron beams were compared with planned values as the percentage difference between the given dose and its planned value. Electron beams of energy 6, 9, 12, 15, 18 and 22 MeV were generated by the Clinac 2300 C/D linear accelerator (Varian). Semiconductor EDE-5 diodes connected to a DPD-510 (Scanditronix) electrometer were applied for entrance dose measurements. In our investigations, the mean values of doses administered agreed well with the values of planned doses. The observed relatively large discrepancies in a few patients (up to 12%) should be carefully investigated
Background: Intraoperative electron radiotherapy (IOERT) is a highly selective radiotherapy techniq...
New codes of practice for reference dosimetry in clinical high-energy photon and electron beams have...
In external beam radiation therapy (EBRT), the quality assurance (QA) of the radiation beam is cruci...
AbstractEntrance doses measured in 50 patients treated by electron beams were compared with planned ...
This paper presents guidelines for the calibration of radiation beams that were issued by the Intern...
The theoretical part deals with general description of dosimetry, its physical parametres, types, ca...
The accuracy of electron dose calculations performed by two commercially available treatment plannin...
Purpose: This work reports the extension of a semiempirical method based on the correlation ratios t...
Purpose This work presents the clinical validation of RayStation's electron Monte Carlo code by the ...
Current electron beam treatment planning algorithms are inadequate to calculate dose distributions i...
Background: The availability of linear accelerators (linac) for research purposes is often limited a...
In-vivo dosimetry is an important way of dose verification during total body irradiation (TBI).AimTh...
The specific design of the mobile dedicated intraoperative radiotherapy (IORT) accelerators and diff...
A number of codes of practice (CoP) for electron and photon radiotherapy beam dosimetry are currentl...
Radiotherapy is a part of a complex treatment administered to patients with cancer. It uses a radiat...
Background: Intraoperative electron radiotherapy (IOERT) is a highly selective radiotherapy techniq...
New codes of practice for reference dosimetry in clinical high-energy photon and electron beams have...
In external beam radiation therapy (EBRT), the quality assurance (QA) of the radiation beam is cruci...
AbstractEntrance doses measured in 50 patients treated by electron beams were compared with planned ...
This paper presents guidelines for the calibration of radiation beams that were issued by the Intern...
The theoretical part deals with general description of dosimetry, its physical parametres, types, ca...
The accuracy of electron dose calculations performed by two commercially available treatment plannin...
Purpose: This work reports the extension of a semiempirical method based on the correlation ratios t...
Purpose This work presents the clinical validation of RayStation's electron Monte Carlo code by the ...
Current electron beam treatment planning algorithms are inadequate to calculate dose distributions i...
Background: The availability of linear accelerators (linac) for research purposes is often limited a...
In-vivo dosimetry is an important way of dose verification during total body irradiation (TBI).AimTh...
The specific design of the mobile dedicated intraoperative radiotherapy (IORT) accelerators and diff...
A number of codes of practice (CoP) for electron and photon radiotherapy beam dosimetry are currentl...
Radiotherapy is a part of a complex treatment administered to patients with cancer. It uses a radiat...
Background: Intraoperative electron radiotherapy (IOERT) is a highly selective radiotherapy techniq...
New codes of practice for reference dosimetry in clinical high-energy photon and electron beams have...
In external beam radiation therapy (EBRT), the quality assurance (QA) of the radiation beam is cruci...