Add to ORKGRadon concentrations were measured (in quite similar conditions) in two regions of central Portugal with different geological settings. General conclusions are: the soil radon potential is mainly dependent on geological factors, specially lithology, uranium content and structure; in order to have a Comprehensive understanding of radon distribution in soils, small-scale studies are needed
In this paper, we shortly are treating the results of the radon concentration in soil gas, which are...
Radon isotopes (222Rn and 220Rn) generated within the upper layers of the Earth's crust by ...
Radon, the heaviest of the noble gases on the periodic table of elements, is a natural radioactive e...
In an EPA/DOE meeting in the U.S. in 1986, concerns on quantifying radon availability and the indoor...
In this study we present the results taken in south-eastern part of the country, in Ionian coastal a...
Vulsini Volcanic district in Northern Latium (Central Italy) is characterized by high natural radiat...
The Ervedosa ore district lies in the Galiza and Trás-os-Montes Zone. The schist S1 is dominated by ...
Radon concentrations in soil of the city of Podgorica, capital of Montenegro, were measured using pa...
Radon is a radioactive gas produced from the natural radioactive decay of uranium and is found in al...
Radon is trapped in the terrestrial cover as a transmutation product of natural radioactive elements...
Indoor radon behavior in two sites of SE Sicily was studied as a function of the soil radon concentr...
Many countries are developing a radon action plan to provide decision-makers with a reliable tool fo...
Número monográfico dedicado al "Proceedings of the International Conference Radon in Environment 200...
Radon ((222)Rn) is a radioactive gas, abundant in granitic areas, such as the city of Guarda at the ...
tium (Central Italy) is characterized by high natural radiation background resulting from the high c...
In this paper, we shortly are treating the results of the radon concentration in soil gas, which are...
Radon isotopes (222Rn and 220Rn) generated within the upper layers of the Earth's crust by ...
Radon, the heaviest of the noble gases on the periodic table of elements, is a natural radioactive e...
In an EPA/DOE meeting in the U.S. in 1986, concerns on quantifying radon availability and the indoor...
In this study we present the results taken in south-eastern part of the country, in Ionian coastal a...
Vulsini Volcanic district in Northern Latium (Central Italy) is characterized by high natural radiat...
The Ervedosa ore district lies in the Galiza and Trás-os-Montes Zone. The schist S1 is dominated by ...
Radon concentrations in soil of the city of Podgorica, capital of Montenegro, were measured using pa...
Radon is a radioactive gas produced from the natural radioactive decay of uranium and is found in al...
Radon is trapped in the terrestrial cover as a transmutation product of natural radioactive elements...
Indoor radon behavior in two sites of SE Sicily was studied as a function of the soil radon concentr...
Many countries are developing a radon action plan to provide decision-makers with a reliable tool fo...
Número monográfico dedicado al "Proceedings of the International Conference Radon in Environment 200...
Radon ((222)Rn) is a radioactive gas, abundant in granitic areas, such as the city of Guarda at the ...
tium (Central Italy) is characterized by high natural radiation background resulting from the high c...
In this paper, we shortly are treating the results of the radon concentration in soil gas, which are...
Radon isotopes (222Rn and 220Rn) generated within the upper layers of the Earth's crust by ...
Radon, the heaviest of the noble gases on the periodic table of elements, is a natural radioactive e...