Add to ORKGThe method for determining residual thermal power in spent BWR fuel described in ISV-4/97 have been used in an extended study where spent PWR fuel assemblies have been considered. The experimental work has been carried out at the interim storage CLAB. By using the 137Cs radiation it is shown in the present study that it is possible to experimentally determine the residual thermal power within 3%
This work studies the reproducibility of passive gamma spectroscopy measurements for spent nuclear f...
The neutron and gamma sources of the spent nuclear fuel were assessed by calculating the nuclide inv...
This report is a review of the status of nondestructive assay (NDA) methods used to determine burnup...
A method of determining the decay heat in spent nuclear fuel using the gamma radiation from 137Cs is...
Determination of the residual thermal power in spent nuclear fuel from gamma-ray measurements Peter ...
In Sweden, spent nuclear fuel will be encapsulated and placed in a deep geological repository. In th...
A test was designed and performed to experimentally determine fuel burnup distribution in the SM-1 C...
In the future, the demand for energy is predicted to grow and more countries plan to utilize nuclear...
In many countries, spent nuclear fuel is planned to be stored in a geological repository. Before th...
Nuclear energy is currently one of the world’s main sources of electricity. Closely connected to the...
A tomographic method for experimental investigation of the integrity of usedLWR fuel has been develo...
A experimental study of the gamma-ray energy spectra from used nuclear fuel has been performed. Four...
The Swedish Nuclear Fuel and Waste Management Company (SKB) has developed a method for final disposa...
Gamma spectroscopy and gamma emission tomography are two non-destructive measurement techniques for ...
In many countries, spent nuclear fuel is planned to be stored in a geological repository. Before th...
This work studies the reproducibility of passive gamma spectroscopy measurements for spent nuclear f...
The neutron and gamma sources of the spent nuclear fuel were assessed by calculating the nuclide inv...
This report is a review of the status of nondestructive assay (NDA) methods used to determine burnup...
A method of determining the decay heat in spent nuclear fuel using the gamma radiation from 137Cs is...
Determination of the residual thermal power in spent nuclear fuel from gamma-ray measurements Peter ...
In Sweden, spent nuclear fuel will be encapsulated and placed in a deep geological repository. In th...
A test was designed and performed to experimentally determine fuel burnup distribution in the SM-1 C...
In the future, the demand for energy is predicted to grow and more countries plan to utilize nuclear...
In many countries, spent nuclear fuel is planned to be stored in a geological repository. Before th...
Nuclear energy is currently one of the world’s main sources of electricity. Closely connected to the...
A tomographic method for experimental investigation of the integrity of usedLWR fuel has been develo...
A experimental study of the gamma-ray energy spectra from used nuclear fuel has been performed. Four...
The Swedish Nuclear Fuel and Waste Management Company (SKB) has developed a method for final disposa...
Gamma spectroscopy and gamma emission tomography are two non-destructive measurement techniques for ...
In many countries, spent nuclear fuel is planned to be stored in a geological repository. Before th...
This work studies the reproducibility of passive gamma spectroscopy measurements for spent nuclear f...
The neutron and gamma sources of the spent nuclear fuel were assessed by calculating the nuclide inv...
This report is a review of the status of nondestructive assay (NDA) methods used to determine burnup...