巴格达东部三所学校空气中的氡和索龙浓度

B. Rejah, Basma Lazem, Ban Hameed, Mostafa Mostafa
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引用次数: 0

摘要

氡是从天然元素中不断释放出来的,特别是由于铀 238 和钍 232 的分解。氡是导致肺癌的第二大原因。本文在巴格达东部的学校,即 Abtal Al-Taf、Batalat Karbala 和 In Kaldoon 学校,对氡和钍的吸收情况进行了研究。气体浓度是使用 SSNTD 方法(固态核轨道探测器方法)测量的。氡气浓度各不相同,从 33.8 到 63.7 Bq/m 3 不等,钍气浓度从 48.8 到 127.1 Bq/m 3 不等,均在国际组织 ICRP 规定的允许范围内。所研究学校的学生获得的氡和钍气体年平均剂量为 3.4±0.9 mSv.y -1 ,年剂量最大值为 Batalat Karbala 学校房间的 4.7 mSv.y -1 ,最后一个值为 Ibn Kaldoon 学校花园的 2.6 mSv.y -1 。
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Radon and Thoron Concentrations in the Air of Three Schools in East Baghdad
Radon is continuously emitted from natural elements, especially because of the decomposition of U-238 and Thorium-232. Radon is ordered as a second cause of lung cancer. In this paper, the absorptions of radon and thoron were stately in schools east of Baghdad, namely Abtal Al-Taf, Batalat Karbala, and In Kaldoon Schools. The concentrations of the gases are measured using the SSNTD method (solid-state nuclear track detector method). Radon gas concentrations were different and ranged from 33.8 to 63.7 Bq/m 3 , and a thoron from 48.8 to 127.1 Bq/m 3 , which are within the permissible limits stipulated in the international organization ICRP. The mean annual dose of radon and thoron gases obtained by those in the schools under study was 3.4±0.9 mSv.y -1 and the maximum value of the annual dose was 4.7 mSv.y -1 in the room of the Batalat Karbala school, while the last value was 2.6 mSv.y -1 in the garden of Ibn Kaldoon School.
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