As an inert radioactive gas, 222 Rn could be easily transported to the atmosphere via
emanation, migration, or exhalation. Research measurements pointed out that 222 Rn …

Many factors influence the accurate identification of radon anomalies triggered by
earthquakes to varying degrees. Therefore, this paper primarily provides a comprehensive …

In many countries, assessment programmes are carried out to identify areas where people
may be exposed to high radon levels. These programmes often involve detailed mapping …

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 …

Abstract Soil radon (Rn-222) has been continuously monitored at Badargadh station (23.47°
N, 70.62° E) in Kutch region of Gujarat to study the pre-seismic anomalies prior to …

The effect of atmospheric temperature on underground radon flow was investigated in a
customized climate-controlled laboratory (CCL) system, which enabled us to isolate the …

Radon is a naturally occurring radioactive gas that can easily accumulate in indoor
environments. According to the World Health Organization (WHO), radon gas is the second …

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 …

Recent years have seen increased attention given to radon from two scientific directions.
After neglecting radon as an earthquake precursor in the 1990s, it has become the subject of …

A new theoretical framework for diurnal and seasonal oscillations of the concentration of
radon in soil and open air is proposed. The theory is based on the existing temperature …