Groundwater discharge (GD) is an important component of the water budget in large urban
areas with high water demands. Radon is a routinely used groundwater tracer in mass …

We propose a method for a laboratory determination of the actual concentration of subsoil
radon and of its exhalation rate from uranium-containing sediments. The method is based on …

To study the potential of 220Rn as a groundwater tracer, we analyzed different groundwater
systems with a laboratory-proven radon-in-water detection system. However, with one single …

Atmospheric radon (222Rn) and carbon dioxide (CO2) concentrations were used to gain
insight into fugitive emissions in an Australian coal seam gas (CSG) field (Surat Basin, Tara …

We have studied the possibility of using the nonequilibrium of radon daughters as an
atmospheric tracer. Over a 7‐month period, two daily measurements were taken, one in the …

THE ACCUMULATION OF RADON INDOORS is commonly due to movement of radon from
adjacent soil and rock into a building foundation through joints, utility openings, cracks, or …

Little information is available on the long-term reproducibility of radon in soil gases, or on the
vertical distribution of radon concentrations in soil gas. For five sites in central Pennsylvania …

The rate of radon (222Rn) and thoron (220Rn) exhalation from the ground was measured in
the yard of our laboratory to investigate effects of soil conditions on the exhalation; radon …

This study reports the results from continuous measurement of indoor and outdoor radon
concentrations in the area surrounding an unconventional shale gas exploration site in …

An experimental study concerning the transport of 222Rn in uranium mill tailings (UMTs)
and in the cover layer was launched in 1997 with the participation of the French uranium …