Spatial distribution of photoneutron dose equivalent during radiotherapy at different beam
size, depth, and distance from a 15MV linear accelerator was investigated with bubble …

Breakthrough whole body energy-specific photoneutron (PN) dosimetry was made in/out-of-
field in polyethylene phantom organ surface/depths remote from isocenter of 10× 10 cm2 …

Neutron spectrometry in science and technology applications in general and accurate exotic
photoneutron (PN) dosimetry of cancer patients undergoing high-dose high-energy X-rays …

Breakthrough multi-response miniature dosimetry/spectrometry of electroneutrons (EN) was
made on surface and in-depths of whole-body polyethylene phantom under 10 cm× 10 cm …

Background: The characteristics of secondary neutrons in a high energy radiation therapy
room were studied using the MCNPX Monte Carlo (MC) code. Materials and Methods: Two …

Despite all advantages associated with high-energy radiotherapy to improve therapeutic
gain, the production of photoneutron via interaction of high-energy photons with high atomic …

High energy linacs have several advantages including lower skin dose and higher dose rate
at deep sighted tumors. But, at higher energies photonuclear reactions produce neutron …

Purpose A novel position-sensitive mega-size polycarbonate (MSPC) dosimeter is
introduced. It provides photoneutron (PN) dose equivalent matrix of positions in and out of a …

Radiotherapy represents the most widely spread technique to control and treat cancer. To
increase the treatment efficiency, high energy linacs are used. However, applying high …

Background: High-energy linear accelerator (linac) is a valuable tool and the most
commonly used device for external beam radiation treatments in cancer patients. In the linac …