Indoor radon concentrations were measured in dwellings of the Puglia region in Southern Italy using LR-115 passive detectors. The results show that the radon concentrations varied from 15 ± 2 to 2166 ± 133 Bq/m3 with a geometric mean of 114 Bq/m3 and a geometric standard deviation of 2.3. An analysis on the factors affecting radon concentration such as age of the dwellings, floors, and stories, was performed. The mean effective dose to inhabitants has been calculated and found to be 8.2 mSv/y. Finally, for estimation of cancer risks, the lifetime risk and lung cancer cases per years per million have been calculated
The Council Directive 2013/59/Euratom regulates radon exposures in dwellings for the first time in th...
Introduction. Radon and its decay products may cause substantial health damage after long-term expos...
A number of international health organizations consider the exposure to residential radon as the sec...
Indoor radon concentrations were measured in dwellings of the Puglia region in Southern Italy using...
Abstract: Indoor radon concentrations were measured in dwellings of the Puglia region in Southern It...
The indoor radon concentration was measured in 471 dwellings in the Province of Naples. Radon concen...
Abstract: Radon is a major source of ionizing radiation exposure for the general population. It is ...
The indoor radon exposition is internationally known as an health hazard. For this reason, many coun...
Radon is the main source of exposure to ionizing radiation for the general population. In Italy, ver...
A representative National Survey to evaluate the exposure to natural sources of ionizing radiation i...
Internationally the indoor radon exposition as health hazard is widely recognized; so in many countr...
Since 1988, the International Agency for Research on Cancer (IARC) has classified radon among the co...
BACKGROUND: Radon, the second cause of lung cancer after smoking (WHO- IARC), is a natural, radioact...
Indoor radon concentrations in 33 dwellings in Arar city were measured using a CR-39 detector. Th...
Indoor radon exposure is responsible for increased incidence of lung cancer in communities. Building...
The Council Directive 2013/59/Euratom regulates radon exposures in dwellings for the first time in th...
Introduction. Radon and its decay products may cause substantial health damage after long-term expos...
A number of international health organizations consider the exposure to residential radon as the sec...
Indoor radon concentrations were measured in dwellings of the Puglia region in Southern Italy using...
Abstract: Indoor radon concentrations were measured in dwellings of the Puglia region in Southern It...
The indoor radon concentration was measured in 471 dwellings in the Province of Naples. Radon concen...
Abstract: Radon is a major source of ionizing radiation exposure for the general population. It is ...
The indoor radon exposition is internationally known as an health hazard. For this reason, many coun...
Radon is the main source of exposure to ionizing radiation for the general population. In Italy, ver...
A representative National Survey to evaluate the exposure to natural sources of ionizing radiation i...
Internationally the indoor radon exposition as health hazard is widely recognized; so in many countr...
Since 1988, the International Agency for Research on Cancer (IARC) has classified radon among the co...
BACKGROUND: Radon, the second cause of lung cancer after smoking (WHO- IARC), is a natural, radioact...
Indoor radon concentrations in 33 dwellings in Arar city were measured using a CR-39 detector. Th...
Indoor radon exposure is responsible for increased incidence of lung cancer in communities. Building...
The Council Directive 2013/59/Euratom regulates radon exposures in dwellings for the first time in th...
Introduction. Radon and its decay products may cause substantial health damage after long-term expos...
A number of international health organizations consider the exposure to residential radon as the sec...