The recently developed radon film-badge makes it possible to measure radon indoors, in soil, in water and/or in aqueous media (e.g. mud). As a result of its wide response linearity, this monitor has been successfully used to measure radon in-water with concentrations from 10 to ~10 000 Bq/L. By exploiting the unique characteristics of this badge, a mini-survey has been carried out by Health Canada in which radon in water was measured from 12 private wells, as well as in tap water originating from the Ottawa River. Due to the widespread interest of different laboratories in using these passive monitors, laboratories were provided with plastic films to construct their own badges by using in-house CR-39 detectors. Monitors were then irradiated...
This report describes the development of a method that measures radon in waters using the portable l...
The air-radon mixture is the most significant source of natural radiation in workplaces and within ...
Relatively high dose to the lung due to radon and its progeny in the normal natural environment was ...
Ground and surface water usually contains a certain amount of radionuclides, including radon, which ...
New methods and apparatus for the passive sampling of radon are introduced in the present paper. The...
The International Commission on Radiological Protection (ICRP) recently recommended a new dose conve...
Naturally occurring 222Rn is increasingly recognized as a powerful environmental tracer in hydrology...
The existing passive radon monitors, their relative calibration facilities together with the past in...
Radon is considered to be the main source of human exposure to natural radiation. As stated by the W...
Radon concentration and annual effective doses were measured in drinking water and dwellings of Kula...
In this paper, the radon emanated from water at Lashio University, Myanmar has been measured. For th...
The World Health Organisation (WHO) recommends that the concentration of radon in water should be no...
Ground water contain natural radioactivity associated with uranium and thorium that present naturall...
Radon is a natural radionuclide that can cause cancer of the lungs and stomach upon inhalation and i...
P(論文)The measurement of natural radon is important in geochemical and environmental studies. A metho...
This report describes the development of a method that measures radon in waters using the portable l...
The air-radon mixture is the most significant source of natural radiation in workplaces and within ...
Relatively high dose to the lung due to radon and its progeny in the normal natural environment was ...
Ground and surface water usually contains a certain amount of radionuclides, including radon, which ...
New methods and apparatus for the passive sampling of radon are introduced in the present paper. The...
The International Commission on Radiological Protection (ICRP) recently recommended a new dose conve...
Naturally occurring 222Rn is increasingly recognized as a powerful environmental tracer in hydrology...
The existing passive radon monitors, their relative calibration facilities together with the past in...
Radon is considered to be the main source of human exposure to natural radiation. As stated by the W...
Radon concentration and annual effective doses were measured in drinking water and dwellings of Kula...
In this paper, the radon emanated from water at Lashio University, Myanmar has been measured. For th...
The World Health Organisation (WHO) recommends that the concentration of radon in water should be no...
Ground water contain natural radioactivity associated with uranium and thorium that present naturall...
Radon is a natural radionuclide that can cause cancer of the lungs and stomach upon inhalation and i...
P(論文)The measurement of natural radon is important in geochemical and environmental studies. A metho...
This report describes the development of a method that measures radon in waters using the portable l...
The air-radon mixture is the most significant source of natural radiation in workplaces and within ...
Relatively high dose to the lung due to radon and its progeny in the normal natural environment was ...