Extensive research on the dynamics of radon gas (Rn-222) originating from the radioactive
decay of radium (Ra-226) in geological subsurface media, sheds light on its periodic release …

Variations in soil radon concentrations are a potential precursor of earthquake and volcanic
events. However, the unclear migration and variation mechanisms of radon concentrations …

At present, Rn subsurface flow can be described only by diffusion and advection
transportation models within porous media that currently exist. Even though the temperature …

Surface isotope radon detection technology (SIRDT) is an effective physical exploration
technology that provides a solution for detecting hidden underground fire sources. However …

The aim of this study is the primary assessment of radon hazard of the Zhurinsky fault of the
Kuznetsk coal basin, in the territory of the Salair–Altai–Irtysh fold. Soil radon content, radon …

Radon in soil poses a significant health risk when it accumulates inside dwellings. The
estimation of radon potential is a difficult task due to the complex dynamics of radon within …

Surface isotope radon detection technology, as an effective method of detecting hidden fire
sources, has been widely applied in numerous coal mines experiencing coal spontaneous …

The main purpose of this study is to assess the radon hazard in areas near the boundary of
a coal mine. Our assessment included an analysis of the soil's radon volume activity (VAR) …

The analysis of the relationship between radon and seismicity was previously carried out in
the seismic zone of Vrancea (Romania), positioning the measuring stations on tectonic …

Tebidah Formation is a 20,000 km wide and 1,000 m thick sedimentary rock in Melawi
Basin. The formation in the Ella Hilir area shows the possibility of becoming a uranium …