Add to ORKGWe have conducted a field study of soil gas transport processes using radon gas as a naturally occurring tracer. The experiment monitored soil gas radon activity, soil moisture, and soil temperature at depth; barometric pressure, rainfall, and wind speed were monitored at the soil surface. linear and multiple regression analysis under natural environmental conditions are influenced by soil moisture content, barometric pressure variations, soil temperature, and soil structure. The effect of wind speed on subsurface radon activities under our field conditions has not been observed
Masters of ScienceRadon (222Rn) has been identified as an important factor that could result in a he...
A soil radon-deficit survey was carried out in a site polluted with kerosene (Rome, Italy) in winter...
This study focuses on the presence of radon (Rn-222) and volatile organic compounds (VOCs) in soil g...
We have conducted a f~eld study of soil gas transport processes using radon gas as a naturally occur...
We have conducted a field study of soil gas transport processes using radon gas as a naturally occur...
An effort to define and characterize the environmental effects that control the release and mobility...
Radon is a naturally occurring radioactive gas that is produced in the Earth s crust as a result of ...
Soil is generally a medium with pores and interstitial space thus allowing fluid to fill up, flow, a...
Processes affecting transport of volatile species in the shallow soil column have recently been reco...
To clarify the mechanism of radon transport from soil to surface, long term continuous measurements ...
Atmospheric radioactive noble gas radon (Rn-222) originates from soil gas exhaled in the atmospheric...
Radon transport mechanisms in soils were studied to determine the dominant transport mechanism for D...
Objectives of this research include: (1) To determine the processes that cause large seasonal and sh...
In an EPA/DOE meeting in the U.S. in 1986, concerns on quantifying radon availability and the indoor...
The temporal evolution of activity profiles of the radon isotope 222Rn in the top 50 cm of soil is u...
Masters of ScienceRadon (222Rn) has been identified as an important factor that could result in a he...
A soil radon-deficit survey was carried out in a site polluted with kerosene (Rome, Italy) in winter...
This study focuses on the presence of radon (Rn-222) and volatile organic compounds (VOCs) in soil g...
We have conducted a f~eld study of soil gas transport processes using radon gas as a naturally occur...
We have conducted a field study of soil gas transport processes using radon gas as a naturally occur...
An effort to define and characterize the environmental effects that control the release and mobility...
Radon is a naturally occurring radioactive gas that is produced in the Earth s crust as a result of ...
Soil is generally a medium with pores and interstitial space thus allowing fluid to fill up, flow, a...
Processes affecting transport of volatile species in the shallow soil column have recently been reco...
To clarify the mechanism of radon transport from soil to surface, long term continuous measurements ...
Atmospheric radioactive noble gas radon (Rn-222) originates from soil gas exhaled in the atmospheric...
Radon transport mechanisms in soils were studied to determine the dominant transport mechanism for D...
Objectives of this research include: (1) To determine the processes that cause large seasonal and sh...
In an EPA/DOE meeting in the U.S. in 1986, concerns on quantifying radon availability and the indoor...
The temporal evolution of activity profiles of the radon isotope 222Rn in the top 50 cm of soil is u...
Masters of ScienceRadon (222Rn) has been identified as an important factor that could result in a he...
A soil radon-deficit survey was carried out in a site polluted with kerosene (Rome, Italy) in winter...
This study focuses on the presence of radon (Rn-222) and volatile organic compounds (VOCs) in soil g...