Active charcoal detectors are used for testing the concentration of radon in dwellings. The method of measurement is based on radon adsorption on coal and measurement of gamma radiation of radon daughters. The contributions to the final measurement uncertainty are identified, based on the equation for radon activity concentration calculation. Different methods for setting the region of interest for gamma spectrometry of canisters were discussed and evaluated. The obtained radon activity concentration and uncertainties do not depend on peak area determination method. (C) 2013 Elsevier Ltd. All rights reserved
To evaluate the uncertainties for nuclear track detectors used in radon measurements, a full underst...
Radon control in buildings is being performed for decades in different countries of the world, inclu...
In an international collaboration, a long-term radon concentration survey was carried out in schools...
Active charcoal detectors are used for testing the concentration of radon in dwellings. The method o...
Active charcoal detectors are used for testing the concentration of radon in dwellings. The method o...
Open-faced charcoal canisters have been used for radon measurements for over 40 years. This method i...
The value of a radon measurement is meaningless unless one knows two additional pieces of informatio...
According the US-EPA protocol, when a home is purchased it should be tested for indoor radon using a...
Radon is pervasive in our environment and the second leading cause of lung cancer induction after sm...
Radon collectors (e.g., PicoRad collectors) based on activated-charcoal have been used for screening...
Radon is pervasive in our environment and the second leading cause of lung cancer induction after sm...
Radon testing by using open-faced charcoal canisters is a cheap and fast screening method. Many l...
Radon and radon progeny exposure is recognized today as being the most important source of irradiati...
The measurement of radon ((222)Rn) activity flux using activated charcoal canisters was examined to ...
Continuous monitoring of /sup 222/Rn concentrations in the air in houses is the most appropriate app...
To evaluate the uncertainties for nuclear track detectors used in radon measurements, a full underst...
Radon control in buildings is being performed for decades in different countries of the world, inclu...
In an international collaboration, a long-term radon concentration survey was carried out in schools...
Active charcoal detectors are used for testing the concentration of radon in dwellings. The method o...
Active charcoal detectors are used for testing the concentration of radon in dwellings. The method o...
Open-faced charcoal canisters have been used for radon measurements for over 40 years. This method i...
The value of a radon measurement is meaningless unless one knows two additional pieces of informatio...
According the US-EPA protocol, when a home is purchased it should be tested for indoor radon using a...
Radon is pervasive in our environment and the second leading cause of lung cancer induction after sm...
Radon collectors (e.g., PicoRad collectors) based on activated-charcoal have been used for screening...
Radon is pervasive in our environment and the second leading cause of lung cancer induction after sm...
Radon testing by using open-faced charcoal canisters is a cheap and fast screening method. Many l...
Radon and radon progeny exposure is recognized today as being the most important source of irradiati...
The measurement of radon ((222)Rn) activity flux using activated charcoal canisters was examined to ...
Continuous monitoring of /sup 222/Rn concentrations in the air in houses is the most appropriate app...
To evaluate the uncertainties for nuclear track detectors used in radon measurements, a full underst...
Radon control in buildings is being performed for decades in different countries of the world, inclu...
In an international collaboration, a long-term radon concentration survey was carried out in schools...