Blue T E, Jarzemba M S, Fentiman A W
Ohio State University, Nuclear Engineering Program, Columbus 43210, USA.
Health Phys. 1995 Jun;68(6):809-16. doi: 10.1097/00004032-199506000-00007.
Previously we have developed a mathematical model of radon adsorption in active air with water vapor on small U.S. Environmental Protection Agency charcoal canisters that are used for environmental measurements of radon. The purpose of this paper is to extend this mathematical model to describe the adsorption of radon by large charcoal beds with radon-laden air flowing through them. The resulting model equations are solved analytically to predict the steady-state adsorption of radon by such beds.
此前，我们针对美国环境保护局用于环境氡测量的小型活性炭罐，建立了一个关于在含有水蒸气的活性空气中氡吸附的数学模型。本文的目的是扩展这个数学模型，以描述在含氡空气流过时大活性炭床对氡的吸附情况。对所得模型方程进行解析求解，以预测此类床对氡的稳态吸附。
