When Geiger or proportional counters are used for the assay of tritiated water, the sample is usually converted into hydrogen or methane which is included in the counter filling. Measurement of the sample itself as water vapor would appear to be a more direct method which avoids possible uncertainties in the chemical conversion, and this technique has been used recently [1,2]. It will be shown, however, that although counters containing water vapor may have satisfactory characteristics, adsorption effects can introduce large errors
Rationale Tritium (3H) is an important hydrological tracer that has been commonly used for over 60 y...
The objective of this Plant Directed Research and Demonstration (PDRD) task was to develop a system ...
Experiments have been carried out to understand how tritium, a radioactive isotope of hydrogen, deso...
Ionization chambers are widely used for measuring tritium in the gas phase. Recently, however, it ha...
Water adsorption and desorption is a major issue in industries that handle ultra-pure gases. For exa...
Various methods of tritium measurement have been applied depending on a chemical form of tritium. A ...
AbstractVarious methods of tritium measurement have been applied depending on a chemical form of tri...
This paper describes equipment and techniques used in the tritium laboratory at the Australian Atomi...
2 Tritium is a radioactive isotope of hydrogen gas that is used regularly in experiments at the Labo...
This paper presents a comprehensive survey of the tritium content of “reference waters” in...
Methods of determination of tritium activity concentration in water samples are explained in the fol...
Knowledge about the amount of adsorption and/or adsorption states of tritium in various materials is...
Systems to safely analyze for tritium in moisture collected from glovebox atmospheres are being deve...
Several different methods for the gas phase assay of tritium have been investigated and a simple and...
We have developed a rapid sampling system for measuring the tritium in atmospheric water vapor. The ...
Rationale Tritium (3H) is an important hydrological tracer that has been commonly used for over 60 y...
The objective of this Plant Directed Research and Demonstration (PDRD) task was to develop a system ...
Experiments have been carried out to understand how tritium, a radioactive isotope of hydrogen, deso...
Ionization chambers are widely used for measuring tritium in the gas phase. Recently, however, it ha...
Water adsorption and desorption is a major issue in industries that handle ultra-pure gases. For exa...
Various methods of tritium measurement have been applied depending on a chemical form of tritium. A ...
AbstractVarious methods of tritium measurement have been applied depending on a chemical form of tri...
This paper describes equipment and techniques used in the tritium laboratory at the Australian Atomi...
2 Tritium is a radioactive isotope of hydrogen gas that is used regularly in experiments at the Labo...
This paper presents a comprehensive survey of the tritium content of “reference waters” in...
Methods of determination of tritium activity concentration in water samples are explained in the fol...
Knowledge about the amount of adsorption and/or adsorption states of tritium in various materials is...
Systems to safely analyze for tritium in moisture collected from glovebox atmospheres are being deve...
Several different methods for the gas phase assay of tritium have been investigated and a simple and...
We have developed a rapid sampling system for measuring the tritium in atmospheric water vapor. The ...
Rationale Tritium (3H) is an important hydrological tracer that has been commonly used for over 60 y...
The objective of this Plant Directed Research and Demonstration (PDRD) task was to develop a system ...
Experiments have been carried out to understand how tritium, a radioactive isotope of hydrogen, deso...