To account for particle interactions in the extracellular (physical) environment, information
from the cell-level Monte Carlo damage simulation (MCDS) for DNA double strand break …

The survival fraction of epithelial HaCaT cells was analysed to assess the biological
damage caused by intraoperative radiotherapy electron beams with varying energy spectra …

The lower energy of scattered radiation in and out of a megavoltage (MV) photon beam
suggests that relative biological damage (RBD) may change from in-to out-of-field regions …

This thesis introduces and explores various numerical models for calculating DNA damage
produced by photons, electrons, protons, and other light ion beams. Clustered DNA damage …

Abstract Iodine-125 and palladium-103 are radioactive sources that are frequently used for
interstitial brachytherapy purposes. The current study aims to quantitatively compare the …

This dissertation examines the extent to which radiobiological variations occur in photon
radiotherapy, and then presents a novel methodology and detector prototype to measure …

Low energy scattered particles cause the average energy at the treatment field edge to be
lower relative to the center of the beam. These particles have a higher LET, making them …

در این تحقیق با شبیهسازی کامل شتابدهنده واریان توسط کد MCNPX اثر بیولوژیکی نسبی در
داخل و خارج میدانهای 6 مگاولتی فوتونی cm2 30× 30 و cm2 40× 40، با در نظر گرفتن الکترونهای …‎

The objective of this study is to introduce novel fundaments to characterize and assess the
material behaviors on photon beam attenuation and beam softening for high filtration system …

Material science is very important for developing the linear accelerator. Determination and
understanding of material behavior face to X-rays is a basic study for photon beam modifiers …