Anastasiou T, Tsertos H, Christofides S, Christodoulides G
Department of Physics, University of Cyprus, P.O. Box 20537, Nicosia 1678, Lefkosia, Cyprus.
J Environ Radioact. 2003;68(2):159-69. doi: 10.1016/S0265-931X(03)00052-3.
Using high-sensitivity radon ((222)Rn) portable detectors (passive electronic devices of the type RADIM3), the airborne (222)Rn concentration in the interior of various Cypriot buildings and dwellings was measured. For each preselected building and dwelling, a calibrated detector was put into a closed room, and the (222)Rn concentration was registered in sampling intervals of 2 to 4 h for a total counting time of typically 48 h. (222)Rn activity concentrations were found to be in the range of 6.2 to 102.8 Bq m(-3), with an overall arithmetic mean value of (19.3+/-14.7) Bq m(-3). This value is by a factor of two below the world average (population-weighted) value of 39 Bq m(-3). The total annual effective dose equivalent to the Cypriot population was calculated to be between 0.16 and 2.6 mSv with an overall arithmetic mean value of (0.49+/-0.37) mSv.
使用高灵敏度氡((222)Rn)便携式探测器(RADIM3型被动电子设备),对塞浦路斯各类建筑物和住宅内部空气中的(222)Rn浓度进行了测量。对于每个预先选定的建筑物和住宅,将一个校准过的探测器放入一个封闭房间,以2至4小时的采样间隔记录(222)Rn浓度,总计数时间通常为48小时。发现(222)Rn活度浓度在6.2至102.8 Bq m(-3)范围内,总体算术平均值为(19.3±14.7) Bq m(-3)。该值比世界平均(人口加权)值39 Bq m(-3)低两倍。计算得出塞浦路斯人口的年有效剂量当量总量在0.16至2.6 mSv之间,总体算术平均值为(0.49±0.37) mSv。