Dosimetry of gamma rays from nitrogen-16 decay

F.N. Carneiro De Sousa, G.G. Eichholz
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引用次数: 1

Abstract

CaF2 thermoluminescence dosimeters (TDL) were used to measure the apparent absorbed dose due to 16N-decay radiation, such as is found in nuclear reactor coolant or in air due to the 16O(n,p)16N activation by fast neurons. By comparison with an ionization chamber calibrated with a 60Co source, it was found that the TLD underestimated the dose for about 7-MeV γ-rays by a factor 1.8, while the ionization chamber reading was low by a factor 2.6 when compared with the calculated dose.

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氮-16衰变产生的伽马射线的剂量学
采用CaF2热释光剂量计(TDL)测量核反应堆冷却剂或空气中由于快速神经元激活16O(n,p)16N而产生的16N衰变辐射的表观吸收剂量。通过与60Co源校准的电离室比较,发现TLD对约7-MeV γ射线的剂量低估了1.8倍,而电离室读数与计算剂量相比低了2.6倍。
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