This study describes an approach for measuring and modelling diffusive and advective transport of radon through building materials. The goal of these measurements and model calculations is to improve our understanding concerning the factors influencing the transport of radon through building materials. To reach this goal, a number of experiments have to be conducted. These experiments, including measurements in a large cylinder for creating diffusive and advective transport of radon under controlled, 'dwelling-like' conditions, are described here and the initial results are presented. A better understanding about the transport of radon through building materials will lead to more effective ways to decrease or to prevent the entrance of rado...
The strict correlation between indoor radon exposure and potential health hazard to occupants is wel...
AbstractThe present work is aimed that out of diffusive and advective transport which is dominant pr...
Average indoor radon concentrations range over more than two orders of magnitude, largely because of...
This study describes an approach for measuring and modelling diffusive and advective transport of ra...
This study describes an approach for measuring and modelling diffusive and advective transport of ra...
This study describes an approach for measuring and modeling diffusive and advective transport of rad...
Small-scale chamber experiments were conducted to investigate the radon emanation rates of commonly ...
The influence of different building types on the activity concentration of Radon indoor is studied t...
Measurements of combined diffusive and advective radon transport in aerated concrete have ken made a...
A methodology has been established to estimate the radon emanation rates and back diffusion rates of...
Two methods for determining the Rn-222 diffusion coefficient in concrete are presented. Experimental...
A modern human receives most of the radioactive annual dose in buildings from radon and its progeny,...
The strict correlation between indoor radon exposure and potential health hazard to occupants is wel...
AbstractThe present work is aimed that out of diffusive and advective transport which is dominant pr...
Average indoor radon concentrations range over more than two orders of magnitude, largely because of...
This study describes an approach for measuring and modelling diffusive and advective transport of ra...
This study describes an approach for measuring and modelling diffusive and advective transport of ra...
This study describes an approach for measuring and modeling diffusive and advective transport of rad...
Small-scale chamber experiments were conducted to investigate the radon emanation rates of commonly ...
The influence of different building types on the activity concentration of Radon indoor is studied t...
Measurements of combined diffusive and advective radon transport in aerated concrete have ken made a...
A methodology has been established to estimate the radon emanation rates and back diffusion rates of...
Two methods for determining the Rn-222 diffusion coefficient in concrete are presented. Experimental...
A modern human receives most of the radioactive annual dose in buildings from radon and its progeny,...
The strict correlation between indoor radon exposure and potential health hazard to occupants is wel...
AbstractThe present work is aimed that out of diffusive and advective transport which is dominant pr...
Average indoor radon concentrations range over more than two orders of magnitude, largely because of...