A platform for research: civil engineering, architecture and urbanism
Measuring Low Radon Levels in Drinking Water Supplies
Because a relatively low maximum contaminant level (approximately 300 pCi/L) is expected to be set for radon in the near future, research was conducted with liquid scintillation counting to determine whether this method of analysis could be used for low levels of radon. Counting with an optimized window and an optimized water‐to‐fluor ratio resulted in achievement of a lowest quantifiable level of 150 pCi radon/L. Lower levels can be quantified using a longer counting period.
Measuring Low Radon Levels in Drinking Water Supplies
Because a relatively low maximum contaminant level (approximately 300 pCi/L) is expected to be set for radon in the near future, research was conducted with liquid scintillation counting to determine whether this method of analysis could be used for low levels of radon. Counting with an optimized window and an optimized water‐to‐fluor ratio resulted in achievement of a lowest quantifiable level of 150 pCi radon/L. Lower levels can be quantified using a longer counting period.
Measuring Low Radon Levels in Drinking Water Supplies
Lowry, Jerry D. (author)
Journal ‐ American Water Works Association ; 83 ; 149-153
1991-04-01
5 pages
Article (Journal)
Electronic Resource
English
Hazards to drinking water supplies
TIBKAT | 1992
|Mercury in Drinking‐Water Supplies
Wiley | 1972
|Enteric viruses in drinking water supplies
British Library Conference Proceedings | 2002
|Virus Study for Drinking‐Water Supplies
Wiley | 1975
|Acid Precipitation and Drinking Water Supplies
Wiley | 1984
|