Nikezić D, Marković P, Uzarov D B
Faculty of Natural Sciences, Kragujevac, Yugoslavia.
Health Phys. 1992 Mar;62(3):239-44. doi: 10.1097/00004032-199203000-00005.
Model calculations were performed to determine the calibration coefficient for radon measurements using a bare LR 115-II track detector. Calculations were based on an expression for stopping power for heavily charged particles, as well as on the Monte Carlo method. The sensitivity of the LR 115-II detector depends on equilibrium factor F, and it has been calculated for various values of F. For equilibrium factor F = 1, the calibration coefficient in this calculation was 89 m-1 (10.3 Bq d m-3 per tracks cm-2) for the removed layer, which was 5.5 microns thick.
进行了模型计算，以确定使用裸露的LR 115-II径迹探测器进行氡测量的校准系数。计算基于重带电粒子阻止本领的表达式以及蒙特卡罗方法。LR 115-II探测器的灵敏度取决于平衡因子F，并且已针对F的各种值进行了计算。对于平衡因子F = 1，在此计算中，去除层（厚度为5.5微米）的校准系数为89 m-1（每平方厘米径迹10.3 Bq d m-3）。
