The measurement of tritium activity in water in the GBq/litre range is an important topic in fusion and other areas. In this work a scintillator detector based on the BC-408 plastic scintillator was built up and tested in the mentioned range. The structure of the detector was simplified to ease maintenance. Memory effect and scintillator damage were investigated by means of experiment and simulation. The results are analyzed in view of further detector development, and conclusions are drawn concerning the scintillator material
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...
The objectives of this three-phase project were to design, develop, and demonstrate a monitoring sys...
This thesis is concerned with the detection of low energy beta emitting radioisotopes from a source ...
Tritium is released abundantly to the environment by nuclear power plants (NPP), as a product of neu...
In this work the development results of the TRITIUM project is presented. The main objective of the ...
Liquid scintillators have been widely used in the research and development of safe handling techniqu...
Our goal was to develop a mobile tritium monitor for continuous inflow system for water sample. The ...
It is well known that the detection of tritium is fairly difficult to determine by an ordinary liqui...
Tritium levels in natural waters today have a similar value to the concentration before thermonuclea...
Systems to safely analyze for tritium in moisture collected from glovebox atmospheres are being deve...
To overcome the limitations of the ionization chamber-based tritium monitor, a design for a multicha...
The objective of this Plant Directed Research and Demonstration (PDRD) task was to develop a system ...
This thesis describes the development of a 4πβ - 4πγ detection system to perform primary standardisa...
Es wurde ein Ringversuch zur quantitativen Bestimmung von Tritium in Wasser durchgefuehrt. Hierbei w...
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...
The objectives of this three-phase project were to design, develop, and demonstrate a monitoring sys...
This thesis is concerned with the detection of low energy beta emitting radioisotopes from a source ...
Tritium is released abundantly to the environment by nuclear power plants (NPP), as a product of neu...
In this work the development results of the TRITIUM project is presented. The main objective of the ...
Liquid scintillators have been widely used in the research and development of safe handling techniqu...
Our goal was to develop a mobile tritium monitor for continuous inflow system for water sample. The ...
It is well known that the detection of tritium is fairly difficult to determine by an ordinary liqui...
Tritium levels in natural waters today have a similar value to the concentration before thermonuclea...
Systems to safely analyze for tritium in moisture collected from glovebox atmospheres are being deve...
To overcome the limitations of the ionization chamber-based tritium monitor, a design for a multicha...
The objective of this Plant Directed Research and Demonstration (PDRD) task was to develop a system ...
This thesis describes the development of a 4πβ - 4πγ detection system to perform primary standardisa...
Es wurde ein Ringversuch zur quantitativen Bestimmung von Tritium in Wasser durchgefuehrt. Hierbei w...
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...
The objectives of this three-phase project were to design, develop, and demonstrate a monitoring sys...