This paper presents a measurement campaign carried out in six medical electron linear accelerator facilities to evaluate occupational exposure associated with photons and secondary neutrons for several encountered configurations. No strong correlation between dose and configuration has been observed. Assuming realistic hypotheses, the annual effective dose to staff due to external exposure has been estimated to 0.9 mSv, 54% associated with the decay of activation products and 7% due to exposure to leakage neutrons. © 2008 Elsevier Ltd. All rights reserved
Medical linear accelerators (linacs) operated above 8 MV photon energy have their output contaminate...
Electron Linear Accelerators (linacs) used in Radiotherapy treatments produce undesired photoneutron...
During the radiation survey of a reinstalled 10-MV linear accelerator in an old radiation treatment ...
This paper presents a measurement campaign carried out in six medical electron linear accelerator fa...
Determination and understanding of out-of-field neutron and photon doses in accelerator-based radiot...
Purpose: Medical linear accelerators that operate above 10 MeV produce neutrons by photonuclear reac...
When high-energy photon beams are used for irradiation in radiotherapy, neutrons that are the result...
External-beam radiation therapy mostly uses high-energy photons (x-rays) produced by medical acceler...
Graduation date: 2011The photoneutron production from three Varian linear accelerators ranging in en...
This study involves the measurement of the neutron equivalent dose ( NED) and the induced activity ...
High energy electron linear accelerators (LINACs) producing photon beams with energies higher than 1...
In medical applications, high-energy linear accelerators are increasingly used. However, during a ca...
High energy x-rays from medical linear accelerators are contaminated by photoneutrons (threshold > 1...
The accurate determination of personal dose equivalent requires the proper use of appropriate radiol...
Department of Energy contractors are required to monitor external occupational radiation exposure of...
Medical linear accelerators (linacs) operated above 8 MV photon energy have their output contaminate...
Electron Linear Accelerators (linacs) used in Radiotherapy treatments produce undesired photoneutron...
During the radiation survey of a reinstalled 10-MV linear accelerator in an old radiation treatment ...
This paper presents a measurement campaign carried out in six medical electron linear accelerator fa...
Determination and understanding of out-of-field neutron and photon doses in accelerator-based radiot...
Purpose: Medical linear accelerators that operate above 10 MeV produce neutrons by photonuclear reac...
When high-energy photon beams are used for irradiation in radiotherapy, neutrons that are the result...
External-beam radiation therapy mostly uses high-energy photons (x-rays) produced by medical acceler...
Graduation date: 2011The photoneutron production from three Varian linear accelerators ranging in en...
This study involves the measurement of the neutron equivalent dose ( NED) and the induced activity ...
High energy electron linear accelerators (LINACs) producing photon beams with energies higher than 1...
In medical applications, high-energy linear accelerators are increasingly used. However, during a ca...
High energy x-rays from medical linear accelerators are contaminated by photoneutrons (threshold > 1...
The accurate determination of personal dose equivalent requires the proper use of appropriate radiol...
Department of Energy contractors are required to monitor external occupational radiation exposure of...
Medical linear accelerators (linacs) operated above 8 MV photon energy have their output contaminate...
Electron Linear Accelerators (linacs) used in Radiotherapy treatments produce undesired photoneutron...
During the radiation survey of a reinstalled 10-MV linear accelerator in an old radiation treatment ...