In order to address concern about radon exhalation in building material, radon exhalation rate was determined for different granites available on Serbian market. Radon exhalation rate, along with mass exhalation rate and effective radium content were determined by closed chamber method and active continuous radon measurement technique. For this research, special chambers were made and tested for back diffusion and leakage, and the radon concentrations measured were included in the calculation of radon exhalation. The radon exhalation rate ranged from 0.161 Bq/m2h to 0.576 Bq/m2h, the mass exhalation rate from 0.167 Bq/kgh to 0.678 Bq/kgh, while the effective radium content was found to be from 12.37 Bq/kg to 50.23...
AbstractRadon is a natural radioactive gas derived from geologic materials. Inhalation of the short-...
Recently, radon sources have been a matter of concern, as high levels have been measured in some hou...
Abstract: The aim of the present work was to measure radon concentrations and exhalation rates in va...
In order to address concern about radon exhalation in building material, radon exhalation rate was d...
230-231This study evaluates radon exhalation rate from 10 different granite stones, used for buildin...
A passive 'can technique ' and an active radon gas analyzer with an emanation container we...
The strict correlation between indoor radon exposure and potential health hazard to occupants is wel...
exhalation rate E Mass exhalation rate E CR-39 detectors Humans are exposed to radiological hazards ...
The objective of this study was to establish a test method for assessing radon exhalation rates from...
It is well-known that radon is the second important human carcinogen for lung cancer, after smoking....
Extensive export quality reserves of granite, dolerite and marbles which are used for interior decor...
PubMedID: 23633647It is very important to determine the levels of the natural radioactivity in const...
As a potential source of indoor radiation arising from radon, a range of building materials (white c...
WOS: 000326188600012PubMed ID: 23633647It is very important to determine the levels of the natural r...
Measuring the natural radioactivity levels and radon exhalation rates (surface and mass) in building...
AbstractRadon is a natural radioactive gas derived from geologic materials. Inhalation of the short-...
Recently, radon sources have been a matter of concern, as high levels have been measured in some hou...
Abstract: The aim of the present work was to measure radon concentrations and exhalation rates in va...
In order to address concern about radon exhalation in building material, radon exhalation rate was d...
230-231This study evaluates radon exhalation rate from 10 different granite stones, used for buildin...
A passive 'can technique ' and an active radon gas analyzer with an emanation container we...
The strict correlation between indoor radon exposure and potential health hazard to occupants is wel...
exhalation rate E Mass exhalation rate E CR-39 detectors Humans are exposed to radiological hazards ...
The objective of this study was to establish a test method for assessing radon exhalation rates from...
It is well-known that radon is the second important human carcinogen for lung cancer, after smoking....
Extensive export quality reserves of granite, dolerite and marbles which are used for interior decor...
PubMedID: 23633647It is very important to determine the levels of the natural radioactivity in const...
As a potential source of indoor radiation arising from radon, a range of building materials (white c...
WOS: 000326188600012PubMed ID: 23633647It is very important to determine the levels of the natural r...
Measuring the natural radioactivity levels and radon exhalation rates (surface and mass) in building...
AbstractRadon is a natural radioactive gas derived from geologic materials. Inhalation of the short-...
Recently, radon sources have been a matter of concern, as high levels have been measured in some hou...
Abstract: The aim of the present work was to measure radon concentrations and exhalation rates in va...