Recent plans for a nuclear renaissance in both established and emerging economies have
prompted increased interest in uranium mining. With the potential for more uranium mining …

Radon contributes to over than 50% of the natural radiation dose received by people. In
radon risk areas this contribution can be as high as 90–95%, leading to an exposure to …

Natural radioactivity is the main source of population exposure to ionising radiation. Radon
and its progenies contribute with more than 50% to annual effective dose received from all …

Radon and radon progeny are present indoors, in houses and others dwellings,
representing the most important contribution to dose from natural sources of radiation. Most …

In this work, the indoor radon concentration and radiation dose risks were studied in
dwellings within the Greater Accra region, using CR-39 detectors. The indoor radon …

In this study, the activity concentrations of 226 Ra, 232 Th, 222 Rn, and 40 K, emanation
fractions (P), equilibrium equivalent concentration (EEC), and mass exhalation rates (E m) of …

A comprehensive radon survey has been carried out in Băiţa radon-prone area,
Transylvania, Romania, in 4 localities (Băiţa, Nucet, Fînaţe, and Cîmpani) situated in the …

This study reports radon concentration in the most representative caves of Mallorca,
identifying those in which the recommended action level is exceeded, thus posing health …

This work presents the implementation and testing of several radon mitigation techniques in
a pilot house in the radon prone area of Băiţa-Ştei in NW part of Romania. Radon diagnostic …

Indoor radon mapping still represents a valuable tool for drawing the picture of the exposure
of general public due to radon and radon progeny inhalation in a residential context. The …