Abstract
The study deals with sources of indoor radon in Finland, seasonal variations in radon concentration, the effect of house construction and ventilation and also with the radiation dose from indoor radon and terrestrial gamma radiation. The results are based on radon measurements in approximately 4000 dwellings and on air exchange measurements in 250 dwellings as well as on model calculations. The results confirm that convective soil air flow is by far the most important source of indoor radon in Finnish low-rise residential housing. (97 refs., 61 figs., 30 tabs.).
Citation Formats
Arvela, H.
Residential radon in Finland: sources, variation, modelling and dose comparisons.
Finland: N. p.,
1995.
Web.
Arvela, H.
Residential radon in Finland: sources, variation, modelling and dose comparisons.
Finland.
Arvela, H.
1995.
"Residential radon in Finland: sources, variation, modelling and dose comparisons."
Finland.
@misc{etde_180825,
title = {Residential radon in Finland: sources, variation, modelling and dose comparisons}
author = {Arvela, H}
abstractNote = {The study deals with sources of indoor radon in Finland, seasonal variations in radon concentration, the effect of house construction and ventilation and also with the radiation dose from indoor radon and terrestrial gamma radiation. The results are based on radon measurements in approximately 4000 dwellings and on air exchange measurements in 250 dwellings as well as on model calculations. The results confirm that convective soil air flow is by far the most important source of indoor radon in Finnish low-rise residential housing. (97 refs., 61 figs., 30 tabs.).}
place = {Finland}
year = {1995}
month = {Sep}
}
title = {Residential radon in Finland: sources, variation, modelling and dose comparisons}
author = {Arvela, H}
abstractNote = {The study deals with sources of indoor radon in Finland, seasonal variations in radon concentration, the effect of house construction and ventilation and also with the radiation dose from indoor radon and terrestrial gamma radiation. The results are based on radon measurements in approximately 4000 dwellings and on air exchange measurements in 250 dwellings as well as on model calculations. The results confirm that convective soil air flow is by far the most important source of indoor radon in Finnish low-rise residential housing. (97 refs., 61 figs., 30 tabs.).}
place = {Finland}
year = {1995}
month = {Sep}
}