Publication date
July 1999
DOI Publisher
Savannah River Site (S.C.) ISSN
0168-9002Abstract
Testing of an automated, remote system to analyze tritium in aqueous solutions at environmental levels has been accomplished
Testing of an automated, remote system to analyze tritium in aqueous solutions at environmental levels has been accomplished
Understanding the movement of water in soils is important for estimating subsurface water reserves. ...
International audienceWhen focusing on environmental tritium measurement, water is the most common m...
The main aim of this paper was to compare different methods of preparing water samples for tritium a...
From the 16th International Radiocarbon Conference held in Gronigen, Netherlands, June 16-20, 1997.W...
The objective of this Plant Directed Research and Demonstration (PDRD) task was to develop a system ...
To estimate the environmental transfer of tritium into the atmosphere and to establish tritium analy...
Systems to safely analyze for tritium in moisture collected from glovebox atmospheres are being deve...
Researchers in the Environmental Technology Section of the Savannah River Technology Center, in coop...
Cost-effective methods are needed to detect contamination near radioactive-waste and other contamina...
Continuous monitoring for tritium in the aqueous effluents of selected Savannah River Site (SRS) fac...
International audienceIn the TRITIUM project, an on-site monitoring system is being developed to mea...
This paper describes equipment and techniques used in the tritium laboratory at the Australian Atomi...
International audienceThe results of an environmental survey of tritium in the vicinity of Creys-Mal...
Proceedings of the 2003 Georgia Water Resources Conference, held April 23-24, 2003, at the Universit...
Some spring water (18 samples), collected from the landslide area in Kanayama valley belonging to th...
Understanding the movement of water in soils is important for estimating subsurface water reserves. ...
International audienceWhen focusing on environmental tritium measurement, water is the most common m...
The main aim of this paper was to compare different methods of preparing water samples for tritium a...
From the 16th International Radiocarbon Conference held in Gronigen, Netherlands, June 16-20, 1997.W...
The objective of this Plant Directed Research and Demonstration (PDRD) task was to develop a system ...
To estimate the environmental transfer of tritium into the atmosphere and to establish tritium analy...
Systems to safely analyze for tritium in moisture collected from glovebox atmospheres are being deve...
Researchers in the Environmental Technology Section of the Savannah River Technology Center, in coop...
Cost-effective methods are needed to detect contamination near radioactive-waste and other contamina...
Continuous monitoring for tritium in the aqueous effluents of selected Savannah River Site (SRS) fac...
International audienceIn the TRITIUM project, an on-site monitoring system is being developed to mea...
This paper describes equipment and techniques used in the tritium laboratory at the Australian Atomi...
International audienceThe results of an environmental survey of tritium in the vicinity of Creys-Mal...
Proceedings of the 2003 Georgia Water Resources Conference, held April 23-24, 2003, at the Universit...
Some spring water (18 samples), collected from the landslide area in Kanayama valley belonging to th...
Understanding the movement of water in soils is important for estimating subsurface water reserves. ...
International audienceWhen focusing on environmental tritium measurement, water is the most common m...
The main aim of this paper was to compare different methods of preparing water samples for tritium a...
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