It is well documented that 238-U decays by spontaneous fission, and that it is the main component of most nuclear fuels. As nuclear fuels are largely classed as Special Nuclear Material (SNM), they have to be fully accounted for by owners and processing facilities. One possible method for verifying declared amounts of SNM is to count the spontaneous neutrons produced from 238-U. Using four EJ-309 liquid scintillation detectors and a mixed field analyser, spontaneous neutrons from 16.4 g of depleted uranium (0.3% enrichment) have been assayed. The assay method shows promising results and this proof of principle will be researched further in order for it to be applied in an industrial setting
Protection and control of nuclear fuels is paramount for nuclear security and safeguards; therefore,...
Uranium is present in most nuclear facilities ranging from uranium mines, enrichment plants, fuel fa...
The constant concerns in global nuclear safety, aimed at deterring and combating the illicit traffic...
A novel detector has been used, in order to perform measurements of spontaneous fission to α-decay r...
Low-enriched uranium oxide in bulk containers can be assayed for safeguards purposes, using the neut...
The neutron detector with 3He -filled counters placed in the focal plane of the VASSILISSA separator...
We have developed a methodology for measuring the decay constant of the spontaneous fission of U-238...
The sensitivity of an active fast neutron assay system for the measurement of 235U enrichment in sma...
This work reports the results of 5 measurements of the 238U decay constant for spontaneous fission, ...
The neutron-deficient isotope 246Fm , produced in the complete fusion reaction 40Ar$ + $208...
Potential techniques to identify small quantities of fissionable materials (FM) (0.001% wt.) in cond...
We have developed a methodology for measuring the decay constant of the spontaneous fission of 238U,...
International audienceThe investigations of spontaneous fission of 268Db (Z = 105) have been perform...
The use of liquid scintillation detectors provides the possibility to acquire information about both...
Protection and control of nuclear fuels is paramount for nuclear security and safeguards; therefore,...
Protection and control of nuclear fuels is paramount for nuclear security and safeguards; therefore,...
Uranium is present in most nuclear facilities ranging from uranium mines, enrichment plants, fuel fa...
The constant concerns in global nuclear safety, aimed at deterring and combating the illicit traffic...
A novel detector has been used, in order to perform measurements of spontaneous fission to α-decay r...
Low-enriched uranium oxide in bulk containers can be assayed for safeguards purposes, using the neut...
The neutron detector with 3He -filled counters placed in the focal plane of the VASSILISSA separator...
We have developed a methodology for measuring the decay constant of the spontaneous fission of U-238...
The sensitivity of an active fast neutron assay system for the measurement of 235U enrichment in sma...
This work reports the results of 5 measurements of the 238U decay constant for spontaneous fission, ...
The neutron-deficient isotope 246Fm , produced in the complete fusion reaction 40Ar$ + $208...
Potential techniques to identify small quantities of fissionable materials (FM) (0.001% wt.) in cond...
We have developed a methodology for measuring the decay constant of the spontaneous fission of 238U,...
International audienceThe investigations of spontaneous fission of 268Db (Z = 105) have been perform...
The use of liquid scintillation detectors provides the possibility to acquire information about both...
Protection and control of nuclear fuels is paramount for nuclear security and safeguards; therefore,...
Protection and control of nuclear fuels is paramount for nuclear security and safeguards; therefore,...
Uranium is present in most nuclear facilities ranging from uranium mines, enrichment plants, fuel fa...
The constant concerns in global nuclear safety, aimed at deterring and combating the illicit traffic...