In this work the strong influence of geological factors on the variability of indoor radon is found in two of three geologically very different regions of South-Eastern Europe. A method to estimate the annual mean concentration when one seasonal measurement is missing is proposed. Large differences of radon concentrations in different rooms of the same house and significant difference in radon concentrations in one season comparing it to the others are noted in certain cases. Geological factors that can lead to such behavior are discussed. (C) 2014 Elsevier Ltd. All rights reserved
Geology has been highlighted by a number of authors as a key factor in high indoor radon levels. In ...
Geology has been highlighted by a number of authors as a key factor in high indoor radon levels. In ...
In this study, temporal variations of indoor radon concentrations in Bulgaria were investigated. The...
This paper presents the methodology and results of the national radon survey in Bulgaria and its spa...
Variance of radon concentration in dwelling atmosphere is analysed with regard to geogenic and anthr...
The variations of the indoor radon risk between and within geological units in the Walloon region of...
Considering the health effects and their large-scale variability, the investigation of radon concentr...
The indoor radon behavior has complex dynamics due to the influence of the large number of differ...
This paper presents the results of the seasonal indoor radon concentration measurements in dwellings...
This paper presents indoor radon concentrations and specific activities of natural radionuclides mea...
Indoor radon concentration follows usually a seasonal cycle with higher levels in cooler months and...
This paper presents indoor radon concentrations and specific activities of natural radionuclides mea...
This paper presents the results of the seasonal indoor radon concentration measurements in dwellings...
This paper presents the results of the seasonal indoor radon concentration measurements in dwellings...
The requirements about radon measurements in schools and public buildings included in most of the na...
Geology has been highlighted by a number of authors as a key factor in high indoor radon levels. In ...
Geology has been highlighted by a number of authors as a key factor in high indoor radon levels. In ...
In this study, temporal variations of indoor radon concentrations in Bulgaria were investigated. The...
This paper presents the methodology and results of the national radon survey in Bulgaria and its spa...
Variance of radon concentration in dwelling atmosphere is analysed with regard to geogenic and anthr...
The variations of the indoor radon risk between and within geological units in the Walloon region of...
Considering the health effects and their large-scale variability, the investigation of radon concentr...
The indoor radon behavior has complex dynamics due to the influence of the large number of differ...
This paper presents the results of the seasonal indoor radon concentration measurements in dwellings...
This paper presents indoor radon concentrations and specific activities of natural radionuclides mea...
Indoor radon concentration follows usually a seasonal cycle with higher levels in cooler months and...
This paper presents indoor radon concentrations and specific activities of natural radionuclides mea...
This paper presents the results of the seasonal indoor radon concentration measurements in dwellings...
This paper presents the results of the seasonal indoor radon concentration measurements in dwellings...
The requirements about radon measurements in schools and public buildings included in most of the na...
Geology has been highlighted by a number of authors as a key factor in high indoor radon levels. In ...
Geology has been highlighted by a number of authors as a key factor in high indoor radon levels. In ...
In this study, temporal variations of indoor radon concentrations in Bulgaria were investigated. The...