This paper describes a new laboratory facility to study transport of radon through soil into a crawl space under controlled conditions. The facility consists of a 2 m high vessel with a diameter of 2 m to be filled with soil. The vessel is equipped with a movable lid, the space between the soil and the lid simulating a crawl space. At several heights multi-functional probes can be inserted radially into the vessel to measure near the axis of the vessel the values of pore water content, air permeability and the radon concentration in the soil gas. Results of some preparatory measurements concerning the choice of the soil to be used in the vessel are presented.</p
This study describes an approach for measuring and modelling diffusive and advective transport of ra...
The predominant source of indoor radon in most single-family housing in the U.S. is the soil adjacen...
Characteristics of radon transport in porous media were studied through both in situ and lab-scale m...
This paper describes a new laboratory facility to study transport of radon through soil into a crawl...
This paper describes a new laboratory facility to study transport of radon through soil into a crawl...
Results are presented of measurements on radon transport in soil under controlled conditions with a ...
Results are presented of measurements on radon transport in soil under controlled conditions with a ...
Radon is a naturally occurring radioactive gas that is produced in the Earth s crust as a result of ...
In order to exploit radon profiles for geophysical purposes and also to estimate its entry indoors, ...
A modern human receives most of the radioactive annual dose in buildings from radon and its progeny,...
The mitigative impact of covering the floor of a crawl space with a membrane has been studied under ...
The mitigative impact of covering the floor of a crawl space with a membrane has been studied under ...
There are 3 major objectives being addressed in this research. The first is to participate, by provi...
To validate a model for radon transport in soil, measurements of diffusive radon transport under wel...
Radon (Rn-222) transport in fractured soil has been investigated by a combi-nation of laboratory exp...
This study describes an approach for measuring and modelling diffusive and advective transport of ra...
The predominant source of indoor radon in most single-family housing in the U.S. is the soil adjacen...
Characteristics of radon transport in porous media were studied through both in situ and lab-scale m...
This paper describes a new laboratory facility to study transport of radon through soil into a crawl...
This paper describes a new laboratory facility to study transport of radon through soil into a crawl...
Results are presented of measurements on radon transport in soil under controlled conditions with a ...
Results are presented of measurements on radon transport in soil under controlled conditions with a ...
Radon is a naturally occurring radioactive gas that is produced in the Earth s crust as a result of ...
In order to exploit radon profiles for geophysical purposes and also to estimate its entry indoors, ...
A modern human receives most of the radioactive annual dose in buildings from radon and its progeny,...
The mitigative impact of covering the floor of a crawl space with a membrane has been studied under ...
The mitigative impact of covering the floor of a crawl space with a membrane has been studied under ...
There are 3 major objectives being addressed in this research. The first is to participate, by provi...
To validate a model for radon transport in soil, measurements of diffusive radon transport under wel...
Radon (Rn-222) transport in fractured soil has been investigated by a combi-nation of laboratory exp...
This study describes an approach for measuring and modelling diffusive and advective transport of ra...
The predominant source of indoor radon in most single-family housing in the U.S. is the soil adjacen...
Characteristics of radon transport in porous media were studied through both in situ and lab-scale m...