Interaction of fast neutrons with oxygen atoms of cooling water in reactor core leads to the production of 16N isotope which emits 6.13 MeV gamma ray. A system is developed to measure the 16N gamma ray activity using a5.08cm ×5.08cm NaI(Tl) detector. A suitable electronic system is used to count 16N gamma rays in different reactor powers in order to calibrate the 16N system in terms of reactor power. Some non-linearity in the system behavior have been observed and discussions have been presented for this effect.
M Azizi Shamami, , H Ghods, , J Rahighi, and J Dabiri, . (2019). Power measurement in Tehran research reactor (TRR) using 16N gamma ray activity. Iranian Journal of Physics Research, 4(2), 183-190.
MLA
M Azizi Shamami, , , H Ghods, , , J Rahighi, , and J Dabiri, . "Power measurement in Tehran research reactor (TRR) using 16N gamma ray activity", Iranian Journal of Physics Research, 4, 2, 2019, 183-190.
HARVARD
M Azizi Shamami , H Ghods , J Rahighi , J Dabiri . (2019). 'Power measurement in Tehran research reactor (TRR) using 16N gamma ray activity', Iranian Journal of Physics Research, 4(2), pp. 183-190.
CHICAGO
M Azizi Shamami, H Ghods, J Rahighi and J Dabiri, "Power measurement in Tehran research reactor (TRR) using 16N gamma ray activity," Iranian Journal of Physics Research, 4 2 (2019): 183-190,
VANCOUVER
M Azizi Shamami , H Ghods , J Rahighi , J Dabiri . Power measurement in Tehran research reactor (TRR) using 16N gamma ray activity. Iranian Journal of Physics Research. 2019;4(2):183-190 (In Persian).
