Neutron-irradiated Con-Rad type N and type 7 lithium fluoride are systematically studied according to the isothermal annealing, the glow curve analysis, and to the different energies ranging from thermal to 14 Mev. Special efforts have been made to investigate the half life of isothermal decay, the kinetics, the frequency factor, the trap depth, the probability factor, and the dosimetry prospect. The details of neutron flux measurements are given since it is important to the neutron dosimetry work. The comparison of the thermoluminescent effect due to gamma-rays and neutrons is also included
In photon radiotherapy, thermoluminescence dosemeters (TLD) are commonly used for in vivo dosimetry....
International audienceAs part of the design studies of future power andresearch nuclear reactors, th...
A review of recent work on point defects in lithium fluoride is given. The electronic defects, vacan...
Neutron-irradiated Con-Rad type N and type 7 lithium fluoride are systematically studied according t...
The thermoluminescent (TL) properties such as glow curve structure, relative thermoluminescence sens...
LiF-based thermoluminescence materials (TL materials) have proved efficient and become established f...
The dependence of the shape of the glow curve of LiF:Mg,Ti (TLD-100) on ionisation density was inves...
The application of ionizing radiations in different fields requires the use of equipment capable of ...
In the research field of emergency dosimeters to be used in case of accidental radiation exposure of...
Many industries use sealed neutron sources for several purposes (mainly to estimate the water conten...
A new method of thermoluminescent (TL) measurement of radiation doses ranging from micrograys up to ...
As part of the design studies conducted at CEA for future power and research nuclear reactors, the v...
Eight nominally pure lithium fluoride crystals, obtained from a single LiF crystal containing less t...
A new thermoluminescence dosimetry system for environmental applications was tested, which used hig...
Systematic tests were made in order to determine the neutron and gamma response characteristics of L...
In photon radiotherapy, thermoluminescence dosemeters (TLD) are commonly used for in vivo dosimetry....
International audienceAs part of the design studies of future power andresearch nuclear reactors, th...
A review of recent work on point defects in lithium fluoride is given. The electronic defects, vacan...
Neutron-irradiated Con-Rad type N and type 7 lithium fluoride are systematically studied according t...
The thermoluminescent (TL) properties such as glow curve structure, relative thermoluminescence sens...
LiF-based thermoluminescence materials (TL materials) have proved efficient and become established f...
The dependence of the shape of the glow curve of LiF:Mg,Ti (TLD-100) on ionisation density was inves...
The application of ionizing radiations in different fields requires the use of equipment capable of ...
In the research field of emergency dosimeters to be used in case of accidental radiation exposure of...
Many industries use sealed neutron sources for several purposes (mainly to estimate the water conten...
A new method of thermoluminescent (TL) measurement of radiation doses ranging from micrograys up to ...
As part of the design studies conducted at CEA for future power and research nuclear reactors, the v...
Eight nominally pure lithium fluoride crystals, obtained from a single LiF crystal containing less t...
A new thermoluminescence dosimetry system for environmental applications was tested, which used hig...
Systematic tests were made in order to determine the neutron and gamma response characteristics of L...
In photon radiotherapy, thermoluminescence dosemeters (TLD) are commonly used for in vivo dosimetry....
International audienceAs part of the design studies of future power andresearch nuclear reactors, th...
A review of recent work on point defects in lithium fluoride is given. The electronic defects, vacan...