Nondestructive gamma-ray and neutron techniques were used to characterize the irradiation exposures of irradiated fuel assemblies. Techniques for the rapid measurement of the axial-activity profiles of fuel assemblies have been developed using ion chambers and Be(..gamma..,n) detectors. Detailed measurements using high-resolution gamma-ray spectrometry and passive neutron techniques were correlated with operator-declared values of cooling times and burnup
Nondestructive measurements on spent fuel are being developed to meet safeguards and materials manag...
The Title I design fuel assembly and each of its components for the Experimental Gas-cooled Reactor ...
An idea is presented in which passive gamma emission tomography of irradiated nuclear fuel is develo...
This report is a review of the status of nondestructive assay (NDA) methods used to determine burnup...
Nondestructive techniques for characterizing irradiated LWR fuel assemblies are discussed. This incl...
Gamma spectroscopy and gamma emission tomography are two non-destructive measurement techniques for ...
Nondestructive verification of irradiated fuel assemblies is an integral part of any safeguards syst...
Relative exposures of 137 irradiated heavy-water reactor fuel elements were determined from the meas...
Nuclear energy is currently one of the world’s main sources of electricity. Closely connected to the...
The increasing demand for characterization of nuclear fuel, both from an operator and authority poin...
Gamma emission tomography is a method based on gamma-ray spectroscopy and tomographic reconstruction...
Presently there is a clear trend of increasing demands on in-pile performance of nuclear fuel. Highe...
The fuel assemblies used at the Swedish nuclear power plants contain typically between 100 and 300 f...
A high-quality materials accounting system and effective international inspections in uranium fuel-f...
Nondestructive gamma-ray spectrometry of nuclear fuel is routinely performed in axial gamma scanning...
Nondestructive measurements on spent fuel are being developed to meet safeguards and materials manag...
The Title I design fuel assembly and each of its components for the Experimental Gas-cooled Reactor ...
An idea is presented in which passive gamma emission tomography of irradiated nuclear fuel is develo...
This report is a review of the status of nondestructive assay (NDA) methods used to determine burnup...
Nondestructive techniques for characterizing irradiated LWR fuel assemblies are discussed. This incl...
Gamma spectroscopy and gamma emission tomography are two non-destructive measurement techniques for ...
Nondestructive verification of irradiated fuel assemblies is an integral part of any safeguards syst...
Relative exposures of 137 irradiated heavy-water reactor fuel elements were determined from the meas...
Nuclear energy is currently one of the world’s main sources of electricity. Closely connected to the...
The increasing demand for characterization of nuclear fuel, both from an operator and authority poin...
Gamma emission tomography is a method based on gamma-ray spectroscopy and tomographic reconstruction...
Presently there is a clear trend of increasing demands on in-pile performance of nuclear fuel. Highe...
The fuel assemblies used at the Swedish nuclear power plants contain typically between 100 and 300 f...
A high-quality materials accounting system and effective international inspections in uranium fuel-f...
Nondestructive gamma-ray spectrometry of nuclear fuel is routinely performed in axial gamma scanning...
Nondestructive measurements on spent fuel are being developed to meet safeguards and materials manag...
The Title I design fuel assembly and each of its components for the Experimental Gas-cooled Reactor ...
An idea is presented in which passive gamma emission tomography of irradiated nuclear fuel is develo...