In this paper self-dose of lungs were calculated by Monte Carlo and point source kernel methods for different photon energies. Then, factors influencing on dose and in different energies were evaluated. The results showed that the dose of lungs is dependent on an attenuation coefficient setting (μ), the interaction of photons with tissue, the shape of lungs and adjacent organs of it.
sajjadi, Z., mohammadi, S., & shafeghat, H. (2021). An analysis of change in the self-dose of the lung relative to photon energy. (e6323). Journal Of Moden Research Physics, 6(1), e6323 https://doi.org/10.22034/jmrph.2021.6323
MLA
sajjadi, Z., mohammadi, S., & shafeghat, H. "An analysis of change in the self-dose of the lung relative to photon energy" .e6323 , Journal Of Moden Research Physics, 6, 1, 2021, e6323. doi: 10.22034/jmrph.2021.6323
HARVARD
sajjadi Z., mohammadi S., shafeghat H. (2021). 'An analysis of change in the self-dose of the lung relative to photon energy', Journal Of Moden Research Physics, 6(1), e6323. doi: 10.22034/jmrph.2021.6323
CHICAGO
Z. sajjadi, S. mohammadi & H. shafeghat, "An analysis of change in the self-dose of the lung relative to photon energy," Journal Of Moden Research Physics, 6 1 (2021): e6323, doi: 10.22034/jmrph.2021.6323
VANCOUVER
sajjadi Z., mohammadi S., shafeghat H. An analysis of change in the self-dose of the lung relative to photon energy. JMRPH. 2021;6(1):e6323 (In Persian). doi: 10.22034/jmrph.2021.6323
