Pojer P M, Peggie J R, O'Brien R S, Solomon S B, Wise K N
Australian Radiation Laboratory, Yallambie, Victoria.
Health Phys. 1990 Jan;58(1):13-9. doi: 10.1097/00004032-199001000-00002.
An investigation of the performance of a diffusion barrier, charcoal-based 222Rn monitor under several artificial environmental conditions showed that both temperature and relative humidity levels affect 222Rn uptake. A physical model was developed adequately describing the temperature effects, while an empirical model was used to summarize the combined effects of temperature and atmospheric water concentration.
对一种基于活性炭的222Rn扩散屏障监测器在几种人工环境条件下的性能进行的调查表明，温度和相对湿度水平都会影响222Rn的吸收。开发了一个能充分描述温度效应的物理模型，同时使用一个经验模型来总结温度和大气水分浓度的综合效应。
